Newsletter_04-2026_EN

EN 04/26

Cleanroom

technology

to touch

TITEL

The laminar flow box with height-adjustable workbench is an example

of ergonomic working under controlled conditions. In addition, item

is exhibiting a walk-in cleanroom with integrated personnel airlock,

a machine cabin with linear unit, and a mobile cleanroom tent.

New showroom for cleanroom solutions

Cleanroom

technology to

touch at the item

cleanroom center

In its new icc in Solingen, item Industrietechnik GmbH

presents functional complete solutions for cleanrooms.

Modular, individual, flexible: with the item system construction

kit, cleanrooms for different requirements can be

realized. How diverse these solutions can look in practice

is demonstrated by the company in the new item cleanroom

center (icc) in Solingen – from walk-in cleanrooms to machine

cabins with live airflow visualization to laminar flow

boxes with height-adjustable work tables.

generator. Furthermore, the cleanroom contains a laminar flow box

with a height-adjustable work table, exemplifying ergonomic work

under controlled conditions. A mobile cleanroom tent demonstrates

how temporary or scalable cleanroom solutions can be quickly implemented.

The basis of all constructions are the aluminum profiles

of the X and XMS series, which offer closed outer surfaces, minimal

edge radius, and high chemical resistance. In combination with the

framing system and suitable surface elements, this creates cleanroom

walls and ceilings with seamless transitions.

Showroom open to visitors

With its new showroom, item Industrial Technology GmbH illustrates

how well-thought-out components for the cleanroom become

functional total solutions. Over an area of approximately 56 m², several

scenarios from pure production are combined. For example, a

6-meter-long walk-in cleanroom with an integrated personnel lock

and optical access control is included. Additionally, item shows a

machine cabin with linear unit, demonstrating how efficient and

ISO-compliant cleanroom automation can be achieved. The airflow

behavior within this machine cabin is visualized by an integrated fog

Visitors can experience not only various cleanroom solutions live but

also get an impression of the quality, modularity, and adaptability of

the item system construction kit on site. Tours of the icc are possible

by appointment in advance. During the guided tour, a cleanroom

expert explains technical backgrounds and application possibilities.

Additionally, the icc serves as a space for training, internal testing,

and the further development of new cleanroom solutions.

With the new showroom, item demonstrates how applications

can be adapted to individual requirements – ideal for companies that

want to flexibly expand, modify, or redesign cleanrooms.

item Industrietechnik GmbH

D 42699 Solingen

www.reinraum.de | www.cleanroom-online.com NEWSLETTER | Ausgabe EN 04-2026

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Innovation

meets the future:

A look back at

LOUNGES 2026

For three days, the Karlsruhe Exhibition Centre was the vibrant hub

of cleanroom and process technology. Today, we look back on an

event that exceeded all expectations. LOUNGES 2026 has come to a

close, leaving behind an industry that is more inspired and connected

than ever before.

A record of superlatives

What began as anticipation ended in a veritable industry extravaganza:

with over 270 exhibitors and an impressive turnout of more

than 10,000 participants, LOUNGES 2026 impressively underlined

that it is the indispensable platform for dialogue between planning,

construction and operation. From the pharmaceutical industry to

highly specialised semiconductor manufacturing – the entire spectrum

of high-tech production was represented in Karlsruhe.

Knowledge you could touch

The concept of not just imparting knowledge, but making it tangible,

was a resounding success. The numerous interactive formats and

practical live demonstrations made it clear: Here, tomorrow’s trends

are not just discussed, but shaped.

Networking in a unique atmosphere

What has always set the LOUNGES apart reached a new level in

2026: that very special blend of a relaxed, almost family-like atmosphere

and the highest level of professionalism. In the lounges, it

wasn’t just business cards that were exchanged, but genuine partnerships

forged. It was the place where visionaries met decisionmakers

and worked together on solutions for the cleanroom challenges

of the coming years.

Looking ahead: 2027 already in sight

Whilst the halls in Karlsruhe are now empty once more, the minds of

the participants continue to buzz with new inspiration and project

ideas. The success of this year’s exhibition continues to resonate –

and the anticipation for next year is already palpable.

The organisers would like to thank all the speakers, exhibitors

and visitors who made these three days an unforgettable experience.

Karlsruhe has shown that the future of cleanroom technology is

bright, innovative and collaborative.

APRIL 2026

Dear cleanroom professionals,

After the LOUNGES comes the day-to-day

business. Many business cards were exchanged,

many notes taken, and now it is time to follow

up on and nurture these new contacts.

We wish you every success.

Another key aspect of events is the general

exchange of information. Whilst this usually

takes place over just one or two days at trade

fairs and other events, Reinraum Online provides

useful information on all things cleanroom-related

throughout the year.

This month, we have compiled the following

articles for you, amongst others:

> Cleanroom technology to touch at the item

cleanroom Center

> Study: Does the air in the cleanroom

become thinner?

> Lighting solutions for high-tech manufacturing

> URS in GMP Monitoring: Basis for Safety,

Efficiency, and Compliance

> Hygiene cleaning vs. maintenance cleaning

> Ecophon Acoustic Solutions for rooms with

the highest hygiene requirements

> Aseptic robot-based radiopharmaceutical filling

> Maba: New technical plant for coating flexible

materials in the cleanroom

> . . .

Kind regards

Reinhold Schuster

LOUNGES

Inspire GmbH

Am Falltor 35

D 64625 Bensheim

Telefon: +49 625 1706068 support@cleanroom-processes.de

https://cleanroom-processes.de/


Seite 3/64

Does the air in

the cleanroom

become thinner?

cent annually, making it one of the most dynamic

industrial sectors of the German economy.

Throughout 2024, this momentum

noticeably cooled, but by 2025, the market

Even in the first market study from 2024 with

reference year 2023, the German cleanroom

market presented itself impressively. Over

the years, it grew at rates of nearly ten peris

already picking up again. With a growth

of over six percent in cleanroom area stock,

the sector continues to develop significantly

faster than the overall German economy.

For many manufacturing and planning companies,

this means one thing above all: full

order books and sustained stable demand in

a market that shows remarkable resilience

against economic fluctuations.

The cleanroom stock in the entire D-A-CH

region continues to grow as well. Although

somewhat more modest than in the German

lead market, it is still clearly upwardoriented.

Overall, the cleanroom area now

reaches around 3.6 million square meters.

This is the conclusion of the recently completed

update study “The German Cleanroom

Market 2026 (with D-A-CH excursus).”

But the study reveals more than just

rising figures – it also shows that the market


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is currently reorganizing itself on different

levels.

Behind this growth lies a perceptible structural

change. Some of the major prestige

projects that determined the expected order

volume just a few years ago have been

postponed or partially canceled. At the same

time, a growing portion of new cleanroom

capacities is emerging in smaller and medium-sized

facilities. Parallel to this, the number

of individual operators is increasing,

while multi-site operators are growing less

strongly than before. The main reason lies

in changes along industrial supply chains.

More and more companies are compelled

to use cleanroom technology to meet requirements

for technical cleanliness or precise

production conditions. For many of these

new operators, however, lower cleanroom

classes are not about high-end specialization,

but about the most economical implementation

possible.

This is where a development begins that

could sustainably change the market. While

the cleanroom market was long characterized

by highly specialized solutions, a kind of

“trading down” can now be observed. Especially

in the rapidly growing ISO classes, new

capacities are increasingly emerging with

more standardized solutions. New operators

often do not turn to specialized cleanroom

builders, textile suppliers, or service providers

for cost reasons. Part of the market

growth is thus increasingly shifting outside

established provider structures, such as in

self-cleaning, general wall and ceiling panels,

or standard workwear.

At the same time, ISO-classified cleanroom

areas are gaining more and more importance.

The market is becoming broader and

more diverse because more and more industries

are deploying cleanroom technology

– from the semiconductor industry to

medical technology and new applications

in industrial manufacturing. An additional

noticeable trend is that cleanroom areas are

growing significantly faster than the number

of employees. The reason lies, also due

to the skilled labor shortage, in increasing

automation. Robotics or automated production

lines are taking over more and more

tasks, while companies simultaneously try

to reduce humans as potential contamination

sources in the cleanroom.

The landscape on the supplier side is also

changing. For a long time, the German cleanroom

market was considered dynamic

but stable – with solid customer relationships

and established supplier structures.

This phase now seems to be ending. Rising

production costs in Germany, weaker

development of key industrial sectors, and

more difficult export conditions are increasing

economic pressure on many operators.

Purchasing departments respond

with more competition, more tenders, and

a much stronger focus on cost. The cleanroom

market is thus gradually developing

into a more competitive sector, where providers

need to reposition themselves and

new players increasingly seek to gain market

shares.

How strongly this development is already affecting

the market can be seen by looking at

the individual submarkets of the cleanroom

market, which have now been analyzed in

detail in the current study. In the area of

cleanroom cleaning, regular re-tendering of

areas has long been routine. But now other

suppliers are also coming more into focus

for purchasing departments. This is particularly

evident in cleanroom textiles and

textile leasing. While in the past the primary

supplier of a cleanroom was often set over

many years, today more and more operators

regularly review and re-tender their supply

contracts. The market is thus increasingly

developing similarly to personal protective

equipment or traditional workwear.

The market structure is also changing in the

area of wall and ceiling panels. Especially in

large projects and public tenders, mechanisms

from the general construction sector

are being used more frequently. General

contractors and non-specialized cleanroom

planners are gaining importance and rely

more on suppliers and assembly companies

of the cleanroom shell within functional

planning. At the same time, the provider

landscape is differentiating further – between

manufacturers of highly specialized

cleanroom panels and providers of solutions

originating from other areas, such as cold

storage construction, which are increasingly

used in cleanroom construction as well.

In the market for cleanroom clothing, the

offerings continue to divide into single-use

and reusable products. In both segments,

increasing concentration among providers

is observed, especially in the reusable segment.

At the same time, the market is becoming

more international. International

providers are expanding their presence in

Germany, while German companies are increasingly

trying to establish themselves in

foreign markets.

The dynamics are also shifting in the area of

air filtration technology. Besides traditional

suppliers from the room air technology sector,

more manufacturers are emerging that

have developed solutions specifically for

cleanroom environments. Simultaneously,

providers of cleanroom shells are increasingly

trying to expand their value creation

by offering their own FFU systems, thereby

more strongly tying themselves to both the

project phase and after-sales business.

The new study thus provides not only an

update of the 2024 edition but also a significantly

expanded analysis of the cleanroom

market. In addition to cleanroom cleaning

and laundry, it also examines key submarkets

such as wall and ceiling panels, air filtration

technology, and textile cleanroom clothing

in detail regarding market volume, product

structures, and provider shares. A particularly

insightful result is that segments where

products need to be replaced regularly generate

significantly larger long-term market

volumes than those mainly involved in initial

cleanroom outfitting. This is evident, for

example, when comparing filter units and

FFU systems or single-use versus reusable

cleanroom clothing with their different replacement

cycles.

With this expanded perspective, the study

provides for the first time a particularly clear

picture of Europe‘s largest cleanroom market.

It shows where the market is actually

growing, where structures are changing –

and where new opportunities are emerging.

At the same time, it forms the basis for the

next step: market research is currently being

expanded at the European level to make the

international dynamics of this highly specialized

future market even more visible.

Study available now!

https://www.macrom.de/kontakt/

macrom Marketingresearch & Consult

Kölner Str. 6

D 51429 Bergisch Gladbach

Telefon: +49 (0)2204 963 555 1

Telefax: +49 (0)2204 979 635 0

eMail: jansen@macrom.de

Internet: http://www.macrom.de


Seite 5/64

Regiolux equips new SpaceTech

company headquarters

Lighting

solutions for

high-tech

manufacturing

At SpaceTech in Immenstaad, solar modules for satellites and laser

optical instruments for earth observation are produced – components

that determine the energy supply or the success of entire missions

in space. Accordingly, the requirements for the two company

buildings, which the company erected due to strong growth, were

very high. Architect, planner, and client sought from the beginning

a lighting partner who delivers object-specific solutions of the highest

quality and can respond flexibly to planning changes during the

construction phase. The choice was deliberately made for Regiolux,

as SpaceTech Managing Director Frank Gilles emphasizes: „We specifically

chose Regiolux as a German manufacturer to always ensure

high-quality LED lighting. Both in the office and in the cleanroom

where we manufacture our space components.“

Consistent concept for different areas of application

The lowea luminaire – available in square and rectangular

versions – promotes focused work and stands out for its clean,

timeless design. A high-performance diffuser made from

non-yellowing PMMA ensures a long service life and

high-quality light. (Photo: hansedknoedler.de for Regiolux)

Manfred Schwägler Elektrosysteme from Owingen planned and implemented

the lighting for both new buildings, working closely with

Regiolux. Together, they developed a concept that covers cleanroom

zones, manufacturing, administration, and ancillary areas equally.

Particularly advantageous for on-site installation were the plug-in

device modules, the through-wired SRT light strip system, the easyto-mount

details on all luminaires, and the DALI-compatible components.

They enabled quick installation and a smooth process.

Already in the first construction phase in 2021, it became clear

how flexibly the lighting manufacturer from Königsberg responds

to object-specific requirements: demanding were a wide-beam,

efficient hall lighting, cleanroom-compatible luminaires for sensitive

production zones, and reliable DALI integration. In the offices

above, a harmoniously coordinated ceiling lighting was to be used,

which is also ideal for screen workstations. The project manager of

the electrical specialist company relied on his good experiences with

Regiolux and took a holistic approach, relying entirely on Regiolux‘s

expertise for this demanding project. Around 90% of the Regiolux

luminaires were already installed in the first hall and convinced in

terms of quality and handling – a result that immediately led to a follow-up

order for the second hall. By the overall completion of the

project in 2025, a consistently coherent, practical, and economical

lighting concept was created.

Cleanroom quality and homogeneous manufacturing lighting

In the cleanrooms, the aduna luminaire with IP65 protection class

for high dust and water jet protection and multilayer light technology

is used. This optics ensures a particularly uniform, glare-free illumination,

which is necessary for visually demanding work on highly

sensitive components. The closed, cleanroom-compatible design

guarantees permanent tightness, particle protection, and easy cleaning

– essential prerequisites for controlled production processes.

In the other manufacturing areas, the quick-mount light strip

system SRT from Regiolux is installed. The plug-in device holders

with factory-integrated wiring enabled quick and safe installation.

The flexible segmentation of the light strips is particularly advantageous:

different work areas can be illuminated individually without

interrupting the uniform lighting concept. 10,000-lumen device holders

provide energy-efficient basic lighting that can be controlled as

needed via DALI.


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In less sensitive production areas, the flexible SRT light strip

system is installed; thanks to its plug-in mounting brackets, it can

be quickly fitted and individually adapted to the rail system.

(Photo: hansedknoedler.de for Regiolux)

In some manufacturing areas, the Regiolux lowea luminaire

with square modules is used as a surface-mounted luminaire

and with designer insert frames for suspended ceilings.


Thanks to its state-of-the-art lighting technology, the aduna luminaire range – shown here as a surface-mounted luminaire – achieves a

high level of glare control in cleanroom environments; it also ensures flicker-free operation without electromagnetic interference.


Optimized lighting concept for administration

and technical areas

When the architects quickly chose visible acoustic ceilings for some

areas, Regiolux responded promptly with suitable luminaires from

the lowea product family. Where lowea surface-mounted luminaires

could not be used, lowea inset luminaires integrated flush into

the acoustic ceilings, providing glare-free, uniform light at technical

workstations and in offices. Installation-optimized details such as

an integrated suspension safety device for surface-mounted luminaires

and the additional push-feder locking in all versions significantly

facilitate installation.

Downlights from the relo series with diameters of 140 mm

and 190 mm evenly illuminate corridors, stairwells, and auxiliary

rooms, while their compact design and flexible mounting options

consider different ceiling heights. The variety of options across all

luminaire types from Regiolux allowed for a consistent and aesthetic

lighting concept in both buildings despite changes in ceiling

geometry.

Sustainability and efficiency in focus

SpaceTech places great importance on quality as well as sustainable

and economical technologies. The high luminous efficacy and

longevity of the Regiolux luminaires significantly reduce energy and

maintenance costs. In combination with DALI-based control, this

ensures efficient and ecological operation, in line with the company‘s

philosophy.

Regiolux GmbH

Hellinger Straße 3

D 97486 Königsberg

Telefon: +49 9525 89596

eMail: info@regiolux.de

Internet: http://www.regiolux.de


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Syntegon

and Lyocontract:

Joint growth

Syntegon will equip

LYOCONTRACT‘s new plant with

a complete line for filling and freeze-drying vials.

– Groundbreaking Ceremony for a €50 Million

Investment at LYOCONTRACT in Ilsenburg

– Complete Vial Line for Freeze-Dried

Pharmaceuticals from Syntegon

– Close Partnership and Seamless Processes

as Keys to Joint Success

The demand for freeze-dried parenterals in vials is steadily increasing.

This also applies to the contract manufacturer LYOCONTRACT,

which has been producing in Ilsenburg in the Harz since 2012. On

March 11, 2026, the company laid the foundation stone for one of the

largest investments in its history with a ceremonial groundbreaking:

approximately €50 million are allocated for expanding production.

The partner Syntegon was present, which will equip the new plant

with a complete line for filling and freeze-drying.

Strategic Partnership for Further Growth

„With the groundbreaking, we are paving the way for further growth,“

said Dr. Tino Galgon, Managing Director of LYOCONTRACT. „Our

goal is to establish LYOCONTRACT as a leading contract manufacturer

for sterile freeze-dried products at the highest quality level.“ To

achieve this, the plant will be gradually equipped with new equipment.

The first line is already planned, with delivery scheduled for

summer 2027. „For such an ambitious project, it is essential to have

the right partners by our side. With Syntegon, we receive the complete

line and all project management from a single source,“ Galgon

explained.

Seamless Solutions from a Single Source

„Since the portfolio integration of Syntegon and Telstar in October

2024, we have significantly expanded our offerings and can provide

our customers with comprehensive lines, reduced interfaces, and a

single point of contact throughout the entire lifecycle of the line,“

said Dr. Matthias Wagner, Managing Director of Syntegon Telstar, on

the occasion of the groundbreaking. „We are very proud that LYO-

CONTRACT trusts us, and we look forward to this partnership.“

Focus on Annex 1 Compliance and Flexibility

The new line will cover the entire process: in addition to the filling

and sealing system with integrated isolator, it includes a loading and

unloading system as well as a freeze dryer. Several requirements influenced

the decision. „We need a line that meets the regulatory requirements

of EU GMP Annex 1 from the start, offers the necessary

flexibility regarding products and container sizes, and ensures high

performance with minimal downtime,“ Galgon explained.

For Syntegon, this is the first vial project in Germany with integrated

freeze dryers, making it an important milestone for further

growth. „The feedback on the integration of Telstar has been very

positive. Several new customer projects worldwide have already demonstrated

why having a single partner makes a decisive difference,

both in terms of collaboration and technological implementation,“

Wagner said. „It is all the more gratifying to be able to demonstrate

these competencies together with LYOCONTRACT now.“

Dr. Matthias Wagner (third from left), Managing Director of Syntegon

Telstar, and Dr. Tino Galgon (fourth from left), Managing Director of

-LYOCONTRACT, at the groundbreaking ceremony together with representatives

of GESA Ingenieurgesellschaft für Technische Gesamtplanung.

Syntegon Technology GmbH

Blaufelder Straße 45

D 74654 Crailsheim

Telefon: +49 7951 4020

eMail: packaging-ph@syntegon.com

Internet: http://www.syntegon.com


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URS in GMP Monitoring:

Basis for Safety, Efficiency, and Compliance

A monitoring system without clear requirements? In GMPregulated

areas, this can become costly and risky. Learn why

a well-thought-out URS is the key to successful projects,

secure audits, and long-term compliance.

In regulated environments such as the pharmaceutical industry, biotechnology,

clinics, and laboratories, a reliable monitoring system is

essential to ensure product safety, process stability, and legal compliance.

But before such a system is planned and implemented, a crucial

step is decisive: the creation of a User Requirement Specification

(URS) – user requirement specification (=specification document).

The URS clearly, precisely, and comprehensively defines what

the user expects from the monitoring system. This includes functional

requirements such as measurement parameters (e.g., particles,

temperature, humidity, differential pressure), interfaces to other systems,

alarm concepts, as well as requirements for redundancy, data

integrity, and GMP compliance. Non-functional requirements—such

as maintainability, user-friendliness, scalability, or calibration strategies—must

also be documented.

Why is this so important?

1. Basis for system selection and supplier evaluation:

Only with a URS can it be objectively assessed whether a system

or provider meets the specific requirements. Without it, there is a

risk of poor decisions that can lead to high costs and delays later on.

2. Avoidance of misunderstandings:

The URS creates a common language between operators, suppliers,

and possibly validation service providers. This ensures early

on that all parties pursue the same goals – an important building

block for smooth project execution.

3. Basis for qualification and validation:

In a GMP environment, qualification (e.g., design, installation,

functional qualification) is mandatory. The URS serves as a reference

document for all tests and validations – it is thus the legal and

technical backbone of any qualified monitoring system.

4. Evidence in case of audits:

Authorities such as the RP, EMA, or FDA expect traceable, documented

processes during system implementation. The URS demonstrates

that the company knows its requirements, has assessed

risks, and proceeds in a structured manner – a central aspect for audit

readiness.

Conclusion:

The URS is not a bureaucratic self-purpose but a strategic tool for

safety, efficiency, and compliance. Companies that invest early in a

well-thought-out requirement specification save time, money, and

nerves during the project – and lay the foundation for a future-proof

monitoring system.

BRIEM Steuerungstechnik GmbH

Lauterstraße 23

D 72622 Nürtingen

Telefon: +49 7022 60920 Telefax: +49 7022 609260

eMail: info@briem.de

Internet: http://www.briem.de


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Where the border lies and why it is underestimated in commercial operations

Hygiene cleaning vs.

maintenance cleaning

Author : Eric Makiesse Eduardo

Eric Makiesse

Eduardo

Optical cleanliness and microbiological hygiene are two

different states. This difference is obvious in the pharmaceutical

industry and medical technology – but it is

systematically underestimated in commercial enterprises,

offices, and administrative buildings. With measurable

consequences: misclassified cleaning needs, lack

of documentation, and incomplete proof chains in case

of damage.

Eric Makiesse Eduardo, building cleaning master

and certified disinfectant, has been supporting the implementation

of hygiene processes in highly sensitive

environments for over 20 years. His observation: many

companies rely on standard maintenance cleaning in

their controlled gray zones, even though regulatory requirements

(IfSG, TRBA) and the risk of cross-contamination

strictly demand professional disinfection.

What maintenance cleaning provides

– and what it does not

Maintenance cleaning has a clearly defined task: it

removes visible dirt, dust, and coarse contaminants. The

standard is optical cleanliness. The cleaning agents used

are commercially available and not intended for germ

reduction – nor do they need to be, provided the cleaned

surfaces do not require increased hygiene standards.

The problem arises when maintenance cleaning is

used in areas that require microbiological hygiene. In

sanitary areas, canteens, medical-related rooms, or after

contamination events, removing visible dirt is not

enough. Pathogenic germs – bacteria, fungi, enveloped

viruses – remain active on surfaces even if they appear

visually flawless.


Seite 10/64

“We regularly see objects where maintenance cleaning has been

billed as hygiene cleaning for years. The client only notices when a

health authority inspects or a damage case occurs.”

Eric Makiesse Eduardo, building cleaning master & certified disinfectant,

EME Building Cleaning Stuttgart

Hygiene cleaning: definition,

requirements, proof obligation

Hygiene cleaning aims at the demonstrable reduction of pathogenic

germs on surfaces and in the room air. It is not an optional addition

to maintenance cleaning but an independent service with specific

requirements for agents, personnel, and documentation.

The central criterion is the choice of disinfectant. Only preparations

listed in the VAH disinfectant list or the RKI list are considered

professionally suitable for use. These lists verify products for proven

effectiveness against bacteria, yeasts, fungi, and viruses – with defined

contact times and concentrations that must be strictly adhered

to.

Which areas require hygiene cleaning

The classification of an area as requiring hygiene measures depends

not on the size or industry but on the actual contamination risk and

the applicable legal regulations.

Areas with increased hygiene needs in commercial properties:

– Sanitary areas and changing rooms – regardless of company size

– Canteens, break rooms, and all areas with food contact

– Medical-related facilities: doctor’s offices, care facilities,

pharmacies

– Areas after contamination with bodily fluids or infection events

– Childcare facilities and schools

– Production areas with hygienic requirements (food,

pharmaceuticals, medical)

Standard offices are not automatically excluded. High-contact surfaces

such as keyboards, door handles, elevator buttons, and communal

areas show germ loads that, after illness events or on the order

of the occupational health doctor, require targeted hygiene cleaning.

Cross-contamination: the underestimated risk in daily cleaning

Cross-contamination refers to the unintentional transfer of germs

from one surface to another – via cleaning tools that are not used

area-specifically. In practice, this is the most common mistake in

commercial cleaning processes. An optically clean surface can thus

become a bridge for germ load, which can cause problems in the

next audit or, worse, in the cleanroom batch.

“A cleaning cloth that first cleans the toilet and then the kitchen

transmits fecal germs – regardless of whether both surfaces appear

visually clean afterwards. Without a color-coding system and clear

zone rules, cross-contamination is everyday in almost every facility.”

Eric Makiesse Eduardo, building cleaning master & certified disinfectant,

EME Building Cleaning Stuttgart

Effective prevention requires structural measures

in the cleaning process:

– Color-coded cleaning cloths per zone (at least three colors:

santary / kitchen / office)

– Disposable cloths in risk areas – no reuse after contact

with contaminated surfaces

– Mopping mop change after each room in hygiene-sensitive areas

– Glove change between zones with different contamination risks

– Written zone plans in the cleaning protocol

Documentation: why it’s crucial in case of doubt

Hygiene cleaning without verifiable documentation is legally worthless.

Neither health authorities, courts, nor insurance companies

accept oral statements as proof of proper disinfection.

This is not a theoretical risk. Companies in sectors with legal

documentation requirements – gastronomy, care, food processing,

childcare – must be able to immediately prove during inspections

that hygiene cleaning was performed professionally and with listed

agents. Without this proof, fines, operational bans, or civil liability

threaten.

Minimum content of verifiable hygiene documentation:

– Date, time, and duration of the procedure

– Name and qualification proof of the disinfectant operator

– Used disinfectant with batch number and delivery note

– Concentration and contact time according

to VAH / RKI specifications

– Treated surfaces and room areas in square meters

– Signature of the responsible disinfectant operator


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Case study: what happens when the boundary is ignored

The following scenarios can be exemplified based on a typical damage

case from operational practice – similar to what repeatedly occurs

in commercial canteens.

Case study: Canteen of a Stuttgart machinery manufacturing

company

Initial situation

A medium-sized machinery manufacturing company with around

120 employees in Stuttgart-Zuffenhausen commissioned an external

cleaning service provider for daily cleaning over the years – including

explicitly the company canteen. The contract simply mentioned daily

cleaning without differentiating between maintenance and hygiene

cleaning.

The trigger

In autumn 2023, within three days, 14 employees fell ill with identical

symptoms: nausea, vomiting, diarrhea. The Stuttgart health department

initiated a routine inspection. Swab samples from the canteen

work surfaces showed a germ load well above permissible limits – including

coliform bacteria on the cutting board and coffee machine.

What the inspection uncovered

The cleaning service used common all-purpose cleaners – not a single

VAH-listed disinfectant was used. No cleaning documentation

existed. The cleaning staff used the same cloths for toilet areas and

kitchen work surfaces – without a color-coding system or training.

The scope of work was simply maintenance cleaning – in an area that

legally required hygiene cleaning.

The consequences

The health department ordered an immediate closure of the canteen

for four working days. The company had to hire a professional hygiene

cleaning firm to disinfect all surfaces and submit a new cleaning

concept with verified documentation. The economic damage – operational

interruption, emergency service, regulatory requirements –

amounted to over 8,000 euros according to internal estimates. Additionally,

there was damage to reputation within the workforce.

What was changed afterwards

The company completely revised the cleaning contract. The canteen

was explicitly designated as a hygiene area. Since then, only VAHlisted

disinfectants are used, with a color-coding system with three

zones (kitchen / sanitary / office) and comprehensive hygiene docu-


Seite 12/64

mentation with the signature of the disinfectant operator. The five

control questions at the end of this article – had the company asked

them before the incident, the damage could have been avoided.

Five self-assessment questions for commercial enterprises

The following checklist helps facility managers and operations

managers assess their own cleaning standards:

– Are hygiene-sensitive areas explicitly designated as hygiene

cleaning – not maintenance cleaning – in the cleaning contract?

– Does the service provider demonstrably work

with VAH- or RKI-listed disinfectants?

– Is there verifiable documentation of each hygiene cleaning

that can be immediately presented during inspections?

– Are color-coding systems, zone plans, and cross-contamination

prevention written into the cleaning protocol?

– Does the service provider have verifiable qualifications

– for example, as a certified disinfectant operator?

review the existing cleaning contract before the health department

or a liability case does so.

Further sources

VAH disinfectant list: https://www.vah-online.de/vah/listen-undberichte/desinfektionsmittelliste

RKI – disinfectants: https://www.rki.de/DE/Content/Infekt/Krankenhaushygiene/Desinfektionsmittel/desinfektionsmittel_node.html

About the author:

Eric Makiesse Eduardo manages EME Building Cleaning in

Stuttgart. As a certified disinfectant and building cleaning

master, he has been involved in hygiene projects in commercial

properties, property management, and medical facilities for

over 20 years. His focus is on implementing verifiable hygiene

processes and advising facility managers on documentation

obligations and disinfection standards.

Anyone answering “No” to even one of these questions should

EME Gebäudereinigung

D 70565 Stuttgart

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Tel. +49 89 25 26 888-0

info@mt-messtechnik.com

www.reinraum.de | www.cleanroom-online.com NEWSLETTER | Ausgabe DE 05-2023 Seite 13/103

www.mt-messtechnik.com

Ecophon Acoustic

Solutions for rooms with

the highest hygiene

requirements

With the Ecophon Hygiene product family, Ecophon sets new standards

for acoustic solutions in cleanrooms and controlled environments.

The systems are specially developed for industries such as

pharmaceuticals, medical technology, food production, and microelectronics,

where the highest hygiene requirements apply.

In controlled production environments with

strict hygiene requirements, noise levels are

high due to the hard surfaces, and the constant

noise has a negative impact on staff. Ecophon’s

sound-absorbing hygiene ceilings play a

key role in reducing noise levels.

(Photo: Saint-Gobain Ecophon AB)

Selected Ecophon Hygiene ceiling

tiles are designed for high-pressure cleaning.

Tiles secured with clips can be cleaned at a

pressure of 20–40 bar from a distance of at least 0.5 m,

whilst retaining their hygienic and acoustic performance.


Acoustics in cleanrooms are crucial

Cleanrooms are designed to keep even the smallest particles away.

But an invisible „contaminant“ often goes unnoticed: noise. Studies

show that 70% of employees perceive noise as the greatest stress factor

at the workplace. In highly precise environments, this can lead

to stress, decreased product quality, and increased error rates. Optimized

room acoustics reduce these risks and enhance employee

concentration and well-being.

All systems are tested for mold and bacteria resistance, UV-C cleaning,

and chemical durability. They meet the requirements for ISOcertified

cleanrooms and contribute to a safe, clean, and acoustically

optimized working environment.

The Ecophon Hygiene products have been developed to ensure the

highest quality and compliance in controlled environments. All products

meet the requirements of the ISO 14644-1 standard for classified

environments and combine high ease of cleaning with effective

sound absorption. Selected Ecophon Hygiene ceiling panels are sui-


Seite 14/64

Laboratories require a high level of cleanliness and precision.

The Ecophon Hygiene acoustic ceiling reduces reverberation time and

noise levels whilst complying with the ISO 14644-1 standard regarding

airborne particle concentration. (Photo: Saint-Gobain Ecophon AB)

A good acoustic environment can boost motivation at work by up

to 66%. Ecophon therefore not only provides technical solutions,

but also actively supports the health and productivity of employees.


table for high-pressure cleaning and can be safely and hygienically

cleaned at 20–40 bar. At the same time, they retain their hygienic and

acoustic performance.

Learn more about perfect acoustics in rooms with high hygienic

requirements, including technical information, installation instructions,

and detailed sustainability data at www.ecophon.de.

Ecophon Deutschland

D 23556 Lübeck

BioCapt® Single-Use Microbial Air Sampler

for a Continuous Cleanroom Monitoring

Learn more


Three flat filters, each just 15 mm thick, are housed within the system

and can be moved along the optical path of the system; they can be

positioned independently of one another. (Copyright: Steinmeyer Group)

Ultra-compact, high-precision positioning solution

for wafer exposure in a dry, oxygen-free nitrogen atmosphere.

(Copyright: Image: Steinmeyer Group)

Ultracompact, highly precise positioning solution for DUV lithography

From the spindle to the assembly

When it comes to highly specialized, customer-specific

positioning solutions, Steinmeyer is the go-to provider.

Even in the semiconductor industry, the Dresden location

in „Silicon Saxony“ has long been considered an Eldorado

for the seemingly impossible, as Saxony‘s experts master

the most demanding challenges with flying colors as Europe‘s

largest ICT/microelectronics center. A prime example

of their high solution competence is the complementary

polarization filter for miniaturization and automation in

DUV lithography. The assembly combines the expertise and

experience of the internationally active Steinmeyer Group

and sets standards in terms of compactness, reliability, and

particle cleanliness. This is engineering at its finest.

Positioning systems in the semiconductor industry impose high demands

on purity, reliability, lifespan, ease of maintenance, as well as

precision, often requiring customer-specific engineering. It is not

uncommon for these to involve very specific requirements close to

the limits of what is feasible. Making the impossible possible? No

problem for Steinmeyer! The Steinmeyer Group can draw on concentrated

know-how with a total of over 400 years of experience

in drive, positioning, and precision measurement technology. This

unique development, solution, and manufacturing expertise leads to

outstanding results that are unmatched in the industry. The Dresden

location is among the world‘s leading manufacturers of highly precise

positioning solutions for optical and fine mechanical systems and

has especially made a name for itself as a specialist in custom-made

special solutions.

Complementary polarization filter for DUV lithography

A prime example of the high innovation power of the Steinmeyer

Group is the ultra-compact, highly precise positioning solution for

wafer exposure in dry, oxygen-free nitrogen atmosphere. It is a complementary

polarization filter for miniaturization and automation in

DUV lithography. „DUV lithography uses deep-ultraviolet light with

wavelengths of 193 or 248 nm and enables particularly small structure

sizes in microchips,“ explains Elger Matthes, development and

product management at Steinmeyer Mechatronics, and continues:

„Our task was to develop a retrofittable filter unit for a wafer stepper

to adjust the optical properties of the light beam,“ he says. „Since the

assembly was designed as an optional add-on for integration into an

existing machine, we had very limited space available. Other requirements

included minimal adjustment ranges, stability at standstill


Seite 16/64

– the setting should only need to be changed every few minutes – as

well as specific specifications regarding speed, repeatability, and lifespan.“

Ultra-compact, highly precise, and dry-running assembly

The polarization filter realized by the Steinmeyer Group is built with

dimensions of approximately 120 x 180 x 31 mm, making it extremely

compact. Three flat filters are housed within a height of just 15 mm,

which can be shifted in the optical path of the system and are independently

positionable. The relative positioning of the three filters

determines the desired filter property. The drive is implemented via

a lead screw drive (stroke 75 mm) and electronically commutated DC

motors. Each filter has its own drive train, which is protected from

DUV radiation with a steel cover. The system operates dry, achieves

accuracies of up to 1.5 µm, and offers maintenance-free, flexible 24/7

operation over many thousands of positioning cycles (spread over

10 years).

Material selection challenge

Material selection poses a particular challenge for semiconductor

applications. Smooth surfaces, low outgassing, and minimal particle

generation are required. Only certain materials, components, and

lubricants meet these requirements. Often, the use of liquid lubricants

is not possible – as in this specific application. Elger Matthes

also points out another aspect: „In the ultra-dry nitrogen in which

the assembly should operate, similar tribological effects occur as in

high vacuum. Friction coefficients above 1 are common. This further

restricts the material palette – especially if good sliding properties

and a meaningful lifespan of the lead screw are to be achieved.“

Extremely particle-free running precision lead screw

from Feinmess Suhl

The choice for the lead screw was a combination of stainless steel

(spindle) and high-performance plastic PEEK (nut), which was reinforced

with lubricating fillers. This innovative material pairing enables

optimal sliding, heat dissipation, and mechanical stability even

under the extreme environmental conditions of DUV lithography.

„Due to its molecular structure, PEEK is chemically and physically

very stable. The high-performance plastic has very low outgassing

values and is considered an ideal choice for the demanding applications

of the semiconductor industry,“ says Detlef Rode, development

manager at Feinmess Suhl. „Of course, we proved the concept for

this material pairing, so the customer had absolute certainty regarding

feasibility.“ The system operates without liquid lubricants and

is therefore ideal for dry operation up to cleanroom class ISO 3 and

10E-9 mbar.

The material pairing of PEEK plus stainless steel for the linear

drive is also reflected in the guide system. The V-shaped guide

grooves are made of stainless steel, and the sliding elements, i.e.,

the bearings, are made of PEEK. Aluminum parts are coated with a

deep-ultraviolet-absorbing anodized layer.

Unique development and manufacturing expertise

The extremely particle-free running linear drive was developed specifically

by Feinmess Suhl for this application. With a spindle diameter

of only 3 mm and a spindle length of 112 mm, it is among the

smallest on the market in this precision class. „Linear drives are perfect

for DUV polarization filters. Size plays an important role because

such small dry-running ball screws are currently not technically

NEWSLETTER | Ausgabe EN 04-2026

Seite 17/64

feasible,“ explains Detlef Rode. Additionally, the linear drive (thread

size M3x1P0.5, pitch 1 mm, load 2 N) offers further advantages. It

is relatively simple in design, extremely robust, and characterized

by high stiffness, precise form and dimensional accuracy, and low

wear. An additional benefit: linear drives have a self-locking feature,

meaning the nut position on the spindle is maintained by static

friction. No separate braking component is needed. This is ideal for

increased stability requirements over a long period. Since the three

filters in the assembly are moved rarely and only slowly when they

are moved, this setup was perfect. Feinmess Suhl manufactures the

two-start dry-running linear drives using thread rolling or thread rolling

processes. This chipless process creates the thread form by cold

forming. The result is a high-quality surface finish at an extremely

economical price-performance ratio.

Small, compact, precise, dry-lubricated, reliable, durable, low-maintenance:

the polarization filter fully meets the demanding requirements

of DUV lithography. The linear drive proved to be the key

component during development and design. It is the heart of the assembly

and makes the small dimensions possible. „We developed the

linear drive for a specific customer project, but of course, other highend

applications in semiconductor technology also benefit from the

unique properties of the spindle. A wide range of options allows for

individual customization,“ emphasizes Detlef Rode.

Broad spectrum of drive options

The sliding-thread drive has a spindle diameter of 3 mm and a spindle

length of 112 mm, making it one of the smallest on the market with this

level of precision. (Copyright: Steinmeyer Group)

The development of customer-specific linear drives is one of Feinmess

Suhl‘s core competencies. The Steinmeyer Group also has

an experienced partner in August Steinmeyer for the development

and manufacturing of highly precise ball screws. With appropriate

special lubrication and coatings, these can also be used in the semiconductor

industry. Which technology is right – dry-lubricated linear

drive or liquid-lubricated ball screw – ultimately depends on the application

requirements and is individually determined by Steinmeyer

specialists for each case.

Popular partner for the semiconductor industry

The combination of stainless steel (spindle) and the

high-performance plastic PEEK (nut) ensures optimal lubricity,

heat dissipation, and mechanical stability in ultra-dry nitrogen.

(Copyright: Feinmess Suhl GmbH)

Steinmeyer developed the polarization filter specifically

for DUV lithography. (Copyright: stock.adobe.com/IM Imagery,

Number 560372105)

Whether handling, inspection, or assembly, whether HV, UHV, or

EUV positioning: thanks to its broad technological expertise, comprehensive

engineering know-how, deep application understanding,

and extensive experience, Steinmeyer Mechatronics is a sought-after

partner in designing, developing, and manufacturing demanding

positioning solutions for wafer and chip production. The proven

systems are customized to meet application-specific requirements

– from test laboratories to automated semiconductor factories, up to

ISO 14644-1 Class 1. All components are designed for vacuum compatibility

and are cleaned separately after manufacturing. Assembly

takes place in a certified ISO Class 6 cleanroom. Variable cleanroom

capacities of over 3,900 m² ensure exceptional flexibility. A cleanroom-compatible

packaging with nitrogen inert gas filling protects

the finished product during transport.

„We have decades of experience in designing and manufacturing

positioning systems for semiconductor applications and possess

special expertise in tribology and lubrication in dry, oxygen-free

atmospheres such as vacuum and pure nitrogen. This enables us to

reliably and economically implement solutions even for challenging

tasks,“ emphasizes Elger Matthes. He adds: „The three competence

centers of drive technology, positioning technology, and precision

measurement technology of the Steinmeyer Group combine an incredibly

broad range of services. This allows us to optimize synergies

and quickly and straightforwardly realize specific customer requirements.“

The joint development of the DUV polarization filter is the

best example.

Steinmeyer Holding GmbH

D 72458 Albstadt


Seite 18/64

CRC Clean Room Consulting GmbH

is taking off – now also in Saarlouis

New CRC location in Saarlouis

(Copyright: CRC Clean Room

Consulting GmbH)

The CRC Clean Room Consulting GmbH, a pioneer in cleanroom

technology and high-tech engineering, is expanding its presence in

Germany. Starting January 2026, it will bring its high-tech expertise

directly to its customers in the Saar region.

For over 40 years, CRC has stood for high-tech buildings that advance

entire industries. As a pioneer in introducing Filter-Fan-Units

(FFUs) in Europe, the company set standards in cleanroom technology.

The company supports industrial clients worldwide in implementing

demanding projects.

„With Saarlouis, we are taking a strategic step for business development,“

says Markus Scheibenzuber, Managing Director of

CRC. „This allows us to support our customers even more directly,

realize innovations faster, and at the same time create exciting prospects

for professionals in the region.“

Core Competencies of CRC Clean Room Consulting GmbH

High-Tech Engineering

With a comprehensive range of services, including TGA and technical

planning, cleanroom and laboratory planning, clean and sterile

media planning, as well as EPCM/general and project planning,

CRC offers complete planning from a single source. Interdisciplinary

teams of engineers, architects, natural scientists, technicians,

and system planners ensure efficient processes and minimal interfaces.

Pharmaceuticals

The pharmaceutical industry is one of the most innovative and economically

significant sectors — and at the same time, it demands the

highest standards in planning, architecture, and technical implementation.

CRC takes over the complete architectural and technical

planning of production, laboratory, and animal husbandry areas

according to GMP and GLP. In addition to feasibility studies, the

company carries out new planning as well as conversions of entire

production facilities and research buildings.

Microelectronics / Semiconductors

Projects in the semiconductor sector are characterized by extremely

high requirements for technical building equipment (TGA)

and cleanroom technology. CRC plans buildings as well as all technical

trades for the supply of manufacturing equipment in microelectronics.

As an experienced partner of the semiconductor industry, CRC

combines technical expertise with a deep understanding of industrial

processes.

New Opportunities for Professionals

With our new location in Saarland, CRC is creating attractive jobs in

the region. „We look forward to further expanding our team in Saarlouis

over the coming months. For people passionate about technology,

quality, and planning, we offer exciting tasks in a growing future

field,“ says Katja Himmelspach-Welte, Lead Senior People & Culture

Manager.

CRC Clean Room Consulting GmbH

Gesellschaft für Reinraumtechnik

Badenweilerstr. 2-4

D 79115 Freiburg

Telefon: +49 761 478130

eMail: info@crc.de

Internet: http://www.crc.de


Seite 19/64

On the Truking production lines, radiopharmaceuticals are filled into vials,

inspected, and packed under aseptic conditions and isolated due to the

risk of radiation exposure.

A wall-mounted Stäubli TX2-60 performs aspetic filling

of radiopharmaceuticals.

Abfüll- und Verpackungslinien für radioaktive Arzneimittel

Aseptic robot-based

radiopharmaceutical

filling

For the production and filling of highly effective radiopharmaceuticals,

a sterile environment is crucial, and exposing

staff to radioactive substances must be avoided. Given

these requirements, 100% automation is essential. C-Ray,

a leading manufacturer in this innovative field of pharmaceuticals,

uses fully isolated production lines from Truking

Technology. In these lines, Stäubli six-axis Stericlean robots

safely handle vials during filling, inspection and packaging

processes.

Administered locally, with minimal impact on the human body: This

delivery method is becoming increasingly popular in the fight against

many diseases, including numerous types of cancer—with promising

results. Local or targeted delivery is already used in treatments such

as cytostatic drugs and certain forms of radiation therapy. Instead

of directing external radiation at the body, radiopharmaceuticals are

injected locally at the tumor site, which is much less stressful for the

patient.

tic filling, inspection, and packaging of radiopharmaceuticals—capabilities

essential for safe and reliable production. To meet growing

demand, C-Ray Chengdu continues to expand its capacity, with additional

lines scheduled for installation in 2026.

Fully automated filling and packaging of radiopharmaceuticals

The production line supplied by Truking consists of several chambers,

which are isolated from the environment for two reasons: first,

due to the strict hygienic conditions. The treatment and handling of

medicinal products requires, in this case, a cGMP Grade A aseptic

environment. The second reason is equally obvious: radiation protection.

Radioactive substances must not escape the production

cells.

This is why the radiopharmaceuticals are transferred into the

fully automated production line through a controlled transfer chamber.

Under stable process conditions, the system operates in a modular

configuration, supporting automated drug production.

Robot-based transportation under aseptic conditions

A new and successful type of cancer treatment

In each cell, a Stäubli six-axis TX2-60 Stericlean robot performs

Radiopharmaceutical therapy (see text box 1) is a rapidly advancing aseptic filling of radiopharmaceuticals into vials. The robot then

field, and C-Ray Therapeutics is among the companies leading this transports the filled vials to a real-time radioactivity measurement

development in China. The company’s R&D activities are centered station.

in Shanghai, while C-Ray Chengdu (see text box 2) serves as its manufacturing

In the next process step, the robot presents the vials to a visual

backbone, supporting end-to-end production of inno-

inspection system. Finally, the vials are placed on slotted trays, ready

vative radiopharmaceuticals.

for automatic labelling. Packaging is also automated, ensuring efficient

At the Chengdu site, C-Ray operates a modern facility equipped

product dispatch.

with fully isolated automated production lines developed by Truking

Technology Ltd (see text box 2). These lines enable the precise asepwww.reinraum.de

| www.cleanroom-online.com NEWSLETTER | Ausgabe EN 04-2026 Seite 20/64

Since the system’s deployment, C-Ray has gained extensive experience

with the Truking lines for filling and packaging radiopharmaceuticals—and

with the Stäubli Stericlean robots. The facility

features a compact and streamlined layout, enabling efficient, highquality

radiopharmaceutical production.

The production lines are built on world-class design principles

and leverage intelligent technologies to address key challenges in radiopharmaceutical

production. By integrating specialized solutions

such as the Stäubli robots, automated visual inspection, and online

labeling systems, the facility achieves true end-to-end automation,

which is crucial when handling radioactive drugs. Occupational exposure

risks are minimized for technical and operational personnel,

and the lines run smoothly with high productivity and reliability.

Further, the Truking production lines fully comply with China’s

GMP standards as well as US and EU cGMP regulations. And thanks

to their flexibility and control system, the robots support a wide range

of supply needs, from R&D and clinical samples to commercialscale

batches. Strengths like these make it clear why C-Ray is already

planning additional installations at its radiopharmaceutical factory

in Chengdu.

Radiopharmaceuticals: A demanding and very efficient class

of drugs

A robot designed for critical applications

in pharmaceutical production

The filled vials are placed in stotted Trays.

Why did the Truking engineers select the Stäubli TX2 Stericlean for

this demanding application? There is more than one reason. One

important point is their ability to work in sterile pharmaceutical environments.

The Stericlean designation means the robots can work

under aseptic conditions, which includes being cleaned with detergents

used in medical and pharmaceutical applications. Designed to

withstand vaporized hydrogen peroxide (VHP) sterilization, these

robots operate reliably in GMP Grade A cleanrooms, meeting the

stringent aseptic requirements of radiopharmaceutical production.

Long life with continuously high performance

Like all Stäubli robots, the Stericlean range is easily adaptable to diverse

production processes, with quick changeover capabilities that

enhance operational efficiency. The robots’ longevity also makes

them a sound long-term investment. Over their complete lifespan,

the TX2 six-axis robots excel with precise, consistent movement,

safeguarding product quality throughout production cycles. Their

high performance optimizes throughput and overall manufacturing

efficiency. This is especially true for the life sciences sector: Leading

pharmaceutical companies worldwide trust Stäubli robots, which

have a proven track record across global installations.

These qualities are beneficial in all pharmaceutical applications.

In the case of the Truking system used by C-Ray, the wall-mounted

installation option (not available with many robots) is of particular

value because space is constrained by cleanroom conditions. Another

key advantage is that the robots minimize human intervention,

thus reducing radiation exposure and significantly lowering health

risks.

A perfect solution for filling and handling radiopharmaceuticals

Radiopharmaceuticals are a specialized class of medicinal products

in which radioactive isotopes are incorporated into biologically active

compounds or simple molecules. These compounds utilize the

characteristic emissions of different radionuclides for imaging and

targeted therapy, supporting both diagnosis and treatment. Widely

used in nuclear medicine, radiopharmaceuticals play a vital role in

precision diagnostics and targeted therapies, including oncology.

C-Ray Chengdu: Powering the next generation

of radiopharmaceuticals

C-Ray Therapeutics Chengdu is a key driver in the global radiopharmaceutical

ecosystem, combining large-scale infrastructure, broad

isotope access, and a proven record of project execution. The 28,000

m² facility houses 13 cGMP suites and operates under a Class A radiation-use

license, enabling commercial-scale handling of over 30

isotopes.

The site integrates full in-house R&D, from process development

and analytical capabilities to a GLP-like preclinical center,

allowing seamless support from early discovery to clinical supply.

C-Ray is especially recognized for its leadership in Actinium-225,

having secured stable isotope resources and supported numerous

next-generation Targeted Alpha Therapy programs.

With more than 60 successful CRDMO projects, including multiple

programs advancing into clinical trials, C-Ray Chengdu serves

not only as a manufacturer but as a strategic partner powering the

development of innovative radiopharmaceuticals worldwide.

Truking: A leading specialist for aseptic filling

of pharmaceuticals

Truking Technology Ltd is currently the leading Chinese manufacturer

of aseptic filling and freeze drying (lyo) equipment, as well as the

leading supplier of inspection systems, secondary packaging machinery,

water treatment systems, sterilization solutions and auxiliary

equipment. The company has a strong reputation in the international

market.

As of November 30, 2025, Truking has filed 6,465 Chinese patent

applications, with 5,350 patents granted and 3,071 valid patents. In

addition, it has filed 69 PCT international patent applications and

obtained 34 patent authorizations in multiple countries including

the United States, Russia, India, South Korea, Germany, Indonesia,

Japan and Europe. In 2017, Truking purchased Romaco Holding

GmbH, a renowned multi-field manufacturer of packaging and processing

equipment for the pharmaceutical industry in Western Europe.

This acquisition made Truking one of the largest manufacturers

of pharmaceutical systems worldwide.

Stäubli Tec-Systems GmbH Robotics

D 95448 Bayreuth


Seite 21/64

Neuberger presents GMP

monitoring and cleanroom

solutions at LOUNGES 2026

connection. Power supply can be either via

24 volts DC or Power-over-Ethernet (PoE).

Klaus Langer, Sales Manager at Neuberger,

is pleased with the development: “With the

RP8100, we have a flexible and particularly

high-quality solution ready for our customers

from the cleanroom and pharmaceutical

industry at LOUNGES 2026.”

Innovative, safe, GMP-compliant, and from a single source – the automation specialist

Neuberger presents its services and solutions at LOUNGES 2026 in Karlsruhe.

The focus at the popular meeting point of the cleanroom and process technology

industry is on the RoomPanel RP8100. Specifically designed for use on

cleanroom walls, Neuberger presents a high-quality and attractive solution with

this device.

The clear display of temperature, pressure,

humidity, and particles is one of the most

common requirements in cleanrooms, laboratories,

personnel and material sluices,

as well as highly sensitive production

areas where maintaining and monitoring a

pure production environment is essential

for product quality. With the RoomPanel

RP8100, Neuberger now offers an appropriate

solution.

Display, operate, monitor, and signal – these

are the four key features of the RoomPanel

of type RP8100. On a 5-inch (62.1 x 110.4 mm)

display with a maximum resolution of 720 x

Display, control, monitor, and signal: Neuberger is

unveiling the RoomPanel RP8100, a particularly attractive

and high-quality solution, as a new product at the

LOUNGES 2026 trade show in Karlsruhe.

(Image: Neuberger Gebäudeautomation GmbH)

1,280 pixels, measurement and process values

such as temperature, pressure, humidity,

and/or particles can be output. Alarm and

status messages are freely programmable

and can thus be visualized according to customer

requirements. Acknowledgments are

also possible directly on the display thanks

to the touch function. The installation flexibility

offers the possibility to mount the device

both horizontally and vertically. Thanks

to surface-mounted wall installation, the

RP8100 is extremely easy to maintain and

clean – also a frequently required criterion

in the industry for such devices. An Ethernet

interface with web protocol is available as a

Monitoring System ProGrafNT

and GMP Services

In addition to the RoomPanels, Neuberger

also presents its now extensively audited

monitoring system ProGrafNT. Developed

according to GMP guidelines and compliant

with FDA 21 CFR Part 11, the continuously

developed monitoring system offers new

functions and features for maximum operational

safety and top performance for users.

And another Neuberger plus is presented by

the Rothenburg-based company at its booth

B2.5 in Karlsruhe: With mapping, calibration,

validation, and qualification, the specialist

for monitoring and cleanroom solutions

also offers extensive know-how in GMP

services. True to the company motto “Everything

from a single source,” and for particularly

efficient, sustainable, and safe operation,

Neuberger thus stands for competent

and comprehensive customer support.

For decades, Neuberger has been advising,

supplying, and supporting companies from

the pharmaceutical industry, life sciences,

medical technology, semiconductor and

electronics industry, plastics manufacturing,

laboratories, cosmetics industry, as

well as aerospace technology. From March

24 to 26, 2026, the member of the Weishaupt

Group will present its services and solutions

at the LOUNGES 2026 fair in Karlsruhe.

Neuberger Gebäudeautomation GmbH

D 91541 Rothenburg ob der Tauber


Seite 22/64

MASTER OF PURITY

Maba: New

technical plant

for coating flexible

materials in the

cleanroom

Maba-Spezialmaschinen GmbH (www.maba-spezialmaschinen.

de) has commissioned a pilot plant capable of applying coatings

less than 100 nanometres thick evenly and without loss to flexible

materials.

Within nine months, a universally applicable coating system –

primarily for films and other plastic products, including dosing,

conveyor technology and a drying system – was developed with

an investment of 250,000 euros. With a maximum processing

width of 300 millimetres, it is used for producing samples and

testing new, liquid, functional coatings under cleanroom conditions.

Very thin layers and loss-free application are expected to

significantly reduce costs.

Capillary coating is a technology that, in addition to precise dosing,

offers the advantage over conventional methods of being

able to apply reactive multi-component systems to surfaces at

high processing speeds. This gives the materials new functions

such as printability, scratch resistance or electrical conductivity.

The range of functional coatings is diverse: it includes specialised

antibacterial packaging films, holographic films, flat displays, flame-retardant

plastic films, membrane technology, UV-protective

coatings, biologically reactive coatings, organic light-emitting

diodes and polarisers.

MABA Spezialmaschinen GmbH

D 06766 Bitterfeld-Wolfen

Reinraum-Tücher

HiTech-Sondertücher

Reinraum-Papier

gefertigt im Ostseewerk Lübeck

Semiconductor Medical

Microelectronics Space

CLEAR & CLEAN Werk für Reintechnik GmbH

info@clearclean.de www.cleanboss.de


Seite 23/64

Research and Transfer Center in Schweinfurt

KI-now receives five million euros until 2029

The Bavarian State Ministry for Economic Affairs, Regional

Development and Energy is funding the Schweinfurt

Research and Transfer Center KI-noW with an additional

nearly five million euros until the end of 2029. With a new

focus on AI-supported simulations, the KI-noW continues

to support companies in digital transformation.

An unusual noise is enough for an experienced employee to know

which wear part needs to be replaced on their machine. However,

many of these sought-after specialists are currently retiring. Because

production managers naturally still want to avoid scrap and machine

downtime, they are forced to find alternative solutions – with artificial

intelligence.

Exactly this step is currently being taken by the two mediumsized

companies KLT Hummel Plastic and Retrofit Plastics. The

former produces plastic components in Schweinfurt, while the latter

manufactures and repairs extrusion systems and components or

prepares them in nearby Oberstreu. Together with a research team

from KI-noW, the two companies are developing AI models that can

detect wear and quality defects early on, using comparatively little

machine data.

Questions surrounding digitization and artificial intelligence

“The algorithms we developed using meta-learning methods can be

transferred to similar machines, materials, and production processes

with just a few targeted adjustments. This means they could be used

in other machines, companies, and industries with little effort in the

To kick off the second funding phase, André Heim (Government of Lower Franconia) and Lukas Koch, Christoph Hoffmann,

Professor Frank Döpper, Professor Marco Huber, and Hartmut Eigenbrot from Fraunhofer IPA met at KI-noW in Schweinfurt

on February 10, 2026 (from left). © Fraunhofer IPA / Photo: Daniel Müller


Seite 24/64

future,” says Christoph Hoffmann. Hoffmann heads the research

and transfer center “Artificial Intelligence for Sustainably Optimized

Value Creation” (AI-noW) in Schweinfurt, an external branch of the

Fraunhofer Institute for Production Technology and Automation

IPA.

Since its founding in October 2020, the research team at KInoW

has generally dealt with questions around Industry 4.0, digitization,

and the integration of artificial intelligence into production:

How do you access machine data? How do you prepare this data

to make it usable for machine learning methods? And of course:

How can the problems caused by AI on a system be translated into

clear, understandable action recommendations for the machine

operator?

and trained a total of 400 guests through workshops and seminars.

This is reason enough for the Bavarian State Ministry for Economic

Affairs, Regional Development and Energy to continue funding

KI-noW with an additional nearly five million euros until the end of

2029.

In the second funding phase, which began on January 1, 2026, the

KI-noW research team aims to focus more on AI-supported simulations.

“While that will be our main focus, we will continue to address

questions from companies related to production and beyond,”

Hoffmann says. And openness to companies from other regions of

Bavaria will remain: “Industries in other parts of the country are also

in the midst of transformation, and we want to support them with

advice and assistance,” Hoffmann adds.

Future focus on AI-supported simulations

In this way, KI-noW contributes to strengthening regional competitiveness

and securing jobs in the long term – primarily in the

Schweinfurt region, but fundamentally also in all other parts of Bavaria.

In addition to successfully implementing numerous industrial

projects and publicly funded research collaborations, researchers

led by Hoffmann have conducted twelve case studies on digitization

and AI in production over the past five years, built 19 demonstrators,

Fraunhofer-Institut für Produktionstechnik und Automatisierung IPA

Nobelstraße 12

D 70569 Stuttgart

Telefon: +49 711 970 1667

eMail: joerg-dieter.walz@ipa.fraunhofer.de

Internet: http://www.ipa.fraunhofer.de


New Peltier product line: silent cooling technology without refrigerants and vibrations

/ solution expertise for the „Green Lab“: PRO300 series with natural refrigerant R290 (propane)

ensures future viability

Thermal management for „Green Labs“:

technotrans relies on natural

refrigerants and vibration-free cooling

alone solutions and integrable modules that

require little space. „The Peltier principle

allows for an extremely fast response time

and direct adjustment of cooling capacity.

We support our customers from the initial

problem definition to the integration of the

modules directly into the analytical device,“

explains Roessel. The portfolio is complemented

by miniature compressor solutions

that offer high cooling performance in the

smallest space.

Strategic focus on Life Science

and Healthcare

technotrans presents forward-looking thermal management solutions at this year‘s

Analytica in Munich, providing answers to the most pressing questions in

laboratory and analytical technology. The focus of the trade fair appearance is on

sustainability and precision: the company introduces its new compact Peltier cooling

systems and offers users safe, coolant-free cooling solutions. The expanded

PRO300 series of cooling devices also consistently uses the natural refrigerant

R290. This addresses the increasing regulatory requirements as well as the demand

for energy-efficient „Green Lab“ solutions.

„In analytics and laboratory technology, precise

temperatures are essential for reliable

results,“ says Denis Roessel, Business Development

Manager at technotrans systems

GmbH. At the same time, there is growing

pressure to minimize the ecological footprint

and to meet regulatory hurdles such as

the F-Gas Regulation in the long term. „With

our solutions, we offer users and OEM manufacturers

planning security: we combine

highly precise temperature stability depending

on the application with future-proof

Peltier technology or natural refrigerants,“

says Roessel.

technotrans offers its new Peltier

cooling systems as compact, standalone

solutions and as modules that can be

integrated into other systems, requiring

minimal floor space. (Copyright: technotrans SE)

Product innovation: Silent cooling

technology without vibrations

For particularly sensitive measurement environments,

such as in microscopy, spectroscopy,

or high-precision liquid chromatography

(HPLC), Peltier solutions are ideal.

At Analytica in Munich, technotrans is presenting

its new Peltier product line for the

first time. Since this technology operates

without a refrigerant circuit and compressor,

there are no vibrations or noise emissions

during operation.

technotrans focuses on compact stand-

Another highlight at the trade fair booth

is the PRO300 series. technotrans has

further developed this proven series technologically

and designed it consistently

for the use of the environmentally friendly

refrigerant R290 (propane). With a global

warming potential (GWP) of only 0.02,

these systems already meet future regulatory

requirements in Europe and the USA.

The devices offer high temperature stability

of < ±0.1 Kelvin, which is particularly

crucial for demanding laser and analytical

applications. In addition to high energy

efficiency, the series impresses with modern

communication interfaces and flexible

integration into existing laboratory

infrastructures.

The expansion of activities in the technotrans

focus market Healthcare & Analytics

is a central component of the new corporate

strategy „Ready for Growth 2030.“

Medical progress and increasing demands

in bioanalytics shape this market worldwide.

technotrans leverages its engineering

expertise here and develops specific solutions

together with customers that meet

the highest requirements for precision and

purity.

technotrans SE

D 48336 Sassenberg


Seite 26/64

With innovative product development and interconnected

work environments, SMC sends a clear signal for

sustainable technologies and the future of machinery

and plant engineering.

INGENIEURBÜRO &

REINRAUMSERVICE

EGON BUCHTA GMBH

SMC Campus Egelsbach:

Foundation laying for

innovative automation

solutions

The work at the SMC Campus in Egelsbach is progressing on schedule. Over an area of

approximately 32,700 square meters, a modern site is being developed that combines

product development and the implementation of customized customer solutions under

one roof. With the current construction phase, the foundation is being laid for the future

buildings, thus creating the basis for a project that emphasizes sustainability and networking.

The campus will include several buildings, including a technical center, office and administrative

areas, as well as a central complex that will also be accessible to customers.

All units are designed to be interconnected. This concept aims to facilitate exchange and

collaboration among teams and to ensure short distances for all employees.

With an investment of around 50 million euros, SMC affirms its long-term commitment

to the Germany location. „This project is more than a construction project. It is a

clear signal for the future of automation in Germany and for the close partnership with

our customers,“ emphasizes Robert Angel, Managing Director of SMC Germany GmbH,

SMC Austria GmbH, and Head of the SMC CEE Group in Central and Eastern Europe.

Schedule and Perspective

The new site will become part of SMC‘s global network and will connect practical development,

on-site customer consulting, and technical training.

The planning is managed by the office A°ID Architecture + Industrial Design from

Groß-Umstadt. „SMC is a client with a clear vision. The collaboration is characterized by

trust and openness – enabling solutions that make an impact,“ explains Robin Hellweg,

Managing Partner at A°ID, and adds: „The careful preparation of the site is the foundation

for a campus that impresses with its functionality and sustainability.“

The completion is planned for 2028, coinciding with SMC Germany‘s 50th anniversary.

SMC Deutschland GmbH

D 63329 Egelsbach

„WIR SIND

FÜR SIE DA.“

FULLSERVICE FOR

CLEANROOM SOLUTIONS

– GMP- und Nutzerberatung

– Dokumentenerstellung nach

EU-GMP-Leitfaden; Annex 15

– partikuläre und mikrobiologische

Qualifizierungen,

Wartungen und Service

inkl. Messtechnik und

Dokumentation für „as built“,

„at rest“ und „in operation“

– Qualifizierungen von

Kühl- und Wärmegeräten

– Hygienepläne, Schleusenordnungen,

SOP‘s

– GMP- und Hygieneschulungen

This rendering of the SMC

Campus Egelsbach shows what the

new site is expected to look like by 2028.

(Photo: SMC Deutschland GmbH)

– Blower-Door-Test

www.reinraumservice.de


Seite 27/64

Hardware for humanoid robots:

New perspectives for industrial

value creation in Europe

Together with the consulting firm P3, the Fraunhofer IPA has investigated how

component manufacturers could benefit from producing hardware parts for humanoid

robots. The results are available free of charge in the white paper „The

Humanoid Hardware Value Chain: Can the European Manufacturing Industry

Capitalize on the Humanoid Momentum?“

The pace at which humanoid robots are

currently developing is rapid. The predicted

growth potentials are massive, and they are

poised to surpass or even replace the automotive

industry in market potential. In the

media and at trade shows, they are showcased

as a prime example of „embodied AI,“

meaning a complete integration of artificial

intelligence (AI) processes with machine

components or entire systems. The markets

in the USA and Asia are particularly in focus,

where both software and hardware are

advancing rapidly.

However, there are also many activities

in Europe. Additionally, the manufacturing

industry in this region must undergo structural

change. Therefore, the question arises:

How can the local industry benefit from this

booming technology and possibly open up

new markets? A team of authors from the

Fraunhofer Institute for Production Technology

and Automation IPA and the consulting

firm P3 has addressed this question. In

the now-published white paper, they examined

the role of the hardware of these robots

and why manufacturing companies in Europe

should be highly interested in this area.

Because despite advances in AI, hardware

components largely determine the

economic efficiency, reliability, and scalability

of humanoid robots. Currently, standardized

hardware architectures are lacking.

Moreover, important components for this

type of robot, such as actuators, gearboxes,

batteries, and sensors, only partially meet

industrial requirements regarding robustness,

lifespan, and cost structure.

This market gap, combined with the very

positive market forecasts mentioned at the

beginning, presents a great opportunity. An

early entry into the underlying value chain is

therefore relevant for companies that have

long-standing extensive expertise in automation,

mechatronics, and industrial manufacturing.

To better assess the market potential,

the team of authors analyzed the value

chain of humanoid robot hardware for

sensing, actuation, as well as structure and

energy, and developed a bottom-up cost

model. The cost model was applied to three

scenarios and enables a structured comparison

of low-cost, mid-priced, and high-end

humanoid configurations. It also illustrates

how different hardware decisions impact

overall system costs. The analysis highlights

hardware components that dominate total

expenses and pose the greatest challenges

for cost-efficient scaling, especially for humanoid

systems intended for continuous

industrial operation. Flexible hands are currently

the biggest bottleneck.

Fraunhofer IPA brings extensive market

and technology expertise

Vincent Bezold, head of the business segment

at Fraunhofer IPA and co-author of the

white paper, summarizes the recommendations

as follows: „To tap into this growth

market, it is crucial for companies to actively

engage in the development and industria-

Hardware costs are a major factor driving up prices, particularly for humanoids equipped with high-end technology. © Fraunhofer IPA/P3


Seite 28/64

lization of cost- and performance-relevant

hardware components. They should also

pursue early and close collaboration with

humanoid manufacturers.“

The white paper is part of compretechnology

components or entire applications.

To provide companies with exactly the

knowledge they need for investment decisions,

further publications from the institute

are planned for the first quarter of 2026: A

benchmark will enable extensive testing of

humanoid robots and compare them based

on six criteria, including energy efficiency,

functional safety, and IT security. Using a

readiness navigator, companies can classify

both robots and applications according

to specific requirements into five maturity

levels.

The manufacture of hardware components for humanoid robots offers

significant market potential. © Fraunhofer IPA/Photo: Rainer Bez

hensive technological and strategic work

at Fraunhofer IPA related to humanoid

robots. This ranges from developing solid

global market knowledge and conducting

needs analyses to the development of

Fraunhofer-Institut für Produktionstechnik

und Automatisierung IPA

Nobelstraße 12

D 70569 Stuttgart

Telefon: +49 711 970 1667




Intelligent cable management

Cable entries from icotek

offer maximum safety

for every connection

Everywhere where machines and systems need to be reliably connected, icotek

cable entry solutions are in use. With solutions that withstand extreme stresses

from water, dust, vibrations, or temperatures, icotek ensures the reliability of

electrical, pneumatic, and hydraulic lines.

icotek GmbH & Co. KG is an engineering

and manufacturing company based in

Eschach, Baden-Württemberg. Since 1995,

icotek has been developing, producing, and

selling specialized cable management systems

with a clear focus on cable entry, cable

glands, and solutions for EMC shielding in

industrial applications.

Products around the control cabinet

With its products for the routing, guidance,

and strain relief of cables, icotek addresses

an area that is crucial for the reliability of

electrical and electronic systems. The portfolio

includes, among others:

– Patented cable entry systems that allow

cables with or without connectors to be

introduced into enclosures, control

cabinets, machines, or systems

– Split cable glands to retrofit existing

installations without disassembly of

pre-assembled cables

– EMC shielding components, such as

shield clamps and feedthroughs to reduce

electromagnetic interference

– Accessories and tools, such as strain relief

systems, hook-and-loop cable ties, sheet

metal punchers, and profile rail cutting

tools

– Other applications like ALLIOLiGHT

system lights

The solutions are used worldwide in industries

such as machinery and plant engineering,

control cabinet construction, automation

technology (robotics), wind and solar

energy, vehicle manufacturing, as well as

food and cleanroom technology.

Patented, straightforward, robust

icotek does not just supply cable accessories

but robust, technically well-thought-out cable

management and EMC components for

industrial applications.

The special feature is the patented, split

cable entry and gland systems – unlike nonsplit

systems, they allow pre-assembled cables

to be retrofitted into control cabinets or

enclosures without disassembly.

Additional advantages include their robustness

and broad technical applicability.

Many of the products are also certified to

high protection standards (IP66 to IP68, UL

Type 4X), for example, the cable entry plates

of the KEL-DPU-OD series.

At Hannover Messe from April 20-24, 2026,

icotek will showcase its cable entry and

EMC systems in practical use – from a wide

range of cable diameters for small automation

cells to solutions for large industrial

plants. On-site, experts will be available for

technical discussions, specific application

questions, and consultations.

icotek GmbH

D 73569 Eschach

The headquarters of icotek GmbH & Co. KG in Eschach, Baden-Württemberg – since 1995, the company has been developing, manufacturing,

and distributing specialized cable management systems, with a focus on cable entry systems, cable glands, and EMC shielding solutions

for industrial applications. (Photo: icotek GmbH & Co. KG)

www.reinraum.de | www.cleanroom-online.com NEWSLETTER | Ausgabe EN 04-2026 Seite 30/64

Zimmer Group receives EcoVadis Bronze Medal

Sustainability and

responsible action

consistently developed

further

The Zimmer Group has been awarded the

EcoVadis Bronze Medal for the first time.

With a score of 64 points, the company

ranks among the highest-rated organisations

and is well above the industry average.

The award confirms the systematic expansion

of sustainability management throughout

the entire value chain.

EcoVadis, a leading global provider of sustainability

ratings, has recognised the Zimmer

Group following a comprehensive assessment

process. The assessment is based

on four key areas: environment, labour and

human rights, ethics, and sustainable procurement.

With a total score of 64 out of

100 points, the Zimmer Group is firmly positioned

in the ‘Advanced’ segment and above

the average of comparable companies

worldwide.

Targeted development across

all areas of activity

Environment: The Zimmer Group impresses

in the environmental sector with consistent

results and the continuous development of

its management systems. Certifications to

ISO 14001 and ISO 50001, as well as transparent

reporting on energy, emissions (Scope

1–3), water and waste, underline the structured

approach to improving resource and

energy efficiency.

Labour and human rights: The introduction

of ISO 45001, the expansion of occupational

health and safety programmes, and further

developed HR standards led to a significant

improvement in the rating in this area.

Ethics: In the area of ethics, too, compliance

structures, guidelines and training programmes

were further refined. Optimised

processes for data protection and whistleblowing

systems strengthen the company’s

transparency and integrity.

Sustainable procurement: The Zimmer


Group made the greatest progress in sustainable

procurement. With a binding “Supplier

Code of Conduct”, risk-based analyses

in the supply chain and targeted sustainability

training in procurement, the foundation

for responsible partnerships has been further

consolidated.

Sustainability as a strategic

success factor

As a family-run business with a clear focus

on future generations, the Zimmer Group

views sustainability as a long-term responsibility

and a central component of its corporate

strategy. In an industry comparison,

the Zimmer Group, with 64 points, ranks

well above the statistical average of comparable

companies worldwide. The bronze

medal is thus the result of consistent efforts

to firmly embed sustainability and corporate

responsibility within the company and

to develop them in a future-proof manner.

Sustainable and responsible action is not a

one-off initiative, but an integral part of the

global growth strategy – with clear goals,

measurable indicators and a commitment to

continuous improvement for future generations.

Zimmer GmbH

D 77866 Rheinau

Seite 31/64

New advanced interconnect PDKs pave the way for high‐density,

energy‐efficient chip‐to‐chip integration.

NanoIC opens access to first-ever

fine-pitch RDL and D2W hybrid bonding

interconnect PDKs

On 2nd March 2026 the NanoIC pilot line, a European initiative

coordinated by imec and dedicated to accelerating

innovation in chip technologies beyond 2nm, released two

first-of-a-kind advanced interconnect process design kits

(PDKs): a fine-pitch redistribution layer (RDL) and dieto-wafer

(D2W) hybrid bonding PDK. These early-access

PDKs bring advanced packaging capabilities within reach of

universities, start‐ups, and industry innovators and mark an

important step in enabling high‐density, energy‐efficient

chip‐to‐chip connectivity.

As the semiconductor industry moves toward ever more complex

and heterogeneous system architectures, advanced packaging has

become a key enabler in supporting this progress. Instead of merely

enclosing individual chips, today’s packaging technologies bring

multiple dies (chiplets) together into tightly integrated systems where

performance, energy efficiency, and bandwidth hinge on how

effectively those components can interact. By enabling chiplets to

be interconnected at high density, advanced packaging provides the

foundation for the next generation of high‐performance computing,

AI accelerators, and data‐intensive applications.

To enable universities, start‐ups, SMEs, and industrial players

to turn these concepts into practical designs, NanoIC today releases

the first version of its fine-pitch redistribution layer (RDL)

and die‐to‐wafer (D2W) hybrid bonding process design kits (PDKs).

These PDKs, built on the NanoIC pilot line, give designers early access

to the design rules and validated building blocks needed to explore

high‐density chip‐to‐chip integration.

Fine‐pitch RDL PDK: high‐density routing

on polymer‐based substrates

The fine‐pitch redistribution layer (RDL) PDK introduces a new

way to achieve high‐density chip‐to‐chip connections using polymer‐based

substrates. Traditionally, these substrates could not support

extremely fine lines, limiting their use in advanced packaging.

Imec’s technology, developed within the NanoIC project, overcomes

this barrier by enabling exceptionally small‐pitch interconnects in a


Seite 32/64

polymer‐based RDL, offering capabilities that go beyond what leading commercial

fabs provide today. With line widths and spaces down to 1.3 microns and microbump

pitches as tight as 20 microns, the RDL PDK gives designers access to

interconnects that can improve communication speed by up to 40% and reduce

energy per bit by as much as 15%, on a UCIe-Advanced die-to-die interface. As a

result, fine‐pitch RDL becomes an appealing integration option for a wide range

of emerging applications, from automotive and high‐performance computing to

next‐generation GPU architectures.

D2W hybrid bonding PDK: ultra‐dense die‐to‐die 3D connections

D2W hybrid bonding adds a second powerful integration technique by enabling

extremely compact, direct connections between dies using the third dimension.

Instead of relying on traditional copper bumps, hybrid bonding forms direct oxide‐to‐oxide

links between the CMOS die and the package interface. This eliminates

the parasitics associated with copper bumping and enables low‐loss,

energy‐efficient communication pathways.

With its ability to create ultra‐dense, high‐bandwidth chip‐to‐chip links, the

D2W hybrid bonding PDK is particularly suited for AI applications, advanced

computing platforms, and high‐performance GPU architectures.

An important step toward full tape-out capabilities

With this release, imec becomes the world’s first to offer easy‐access interconnect

PDKs at these integration levels and dimensions. This initial “exploratory

version” provides the essential tools designers need to begin assessing the technology:

systematic layout creation, automated and custom routing, and design

rule checks.

“This first release is a pathfinding PDK,” Nicolas Pantano, head of the demonstrator

architect team at imec, explains. “It gives researchers, start‐ups, and

companies the essential tools to start designing, testing ideas, and providing

feedback. As the PDKs mature, they will grow from exploratory design kits into

complete, fabrication‐ready toolsets with tape‐out capabilities, enabling designers

to take a layout created with these PDKs and have it physically manufactured

on the pilot line, validating their concepts in silicon, not just in simulation.”

With the launch of these two interconnect PDKs, NanoIC expands its offering

to a total of five publicly accessible process design kits. Following earlier releases

of the N2, A14, and eDRAM PDK, the introduction of the fine‐pitch RDL

and D2W hybrid bonding PDKs marks the next milestone in building a complete

beyond‐2nm design toolkit, spanning logic, memory, and now also interconnect

technologies. To support hands‐on exploration, NanoIC also hosts a dedicated

workshop on the RDL and D2W PDKs on May 27, 2026. All practical details are

available on the NanoIC website.

This work has been enabled in part by the NanoIC pilot line. The acquisition and operation

are jointly funded by the Chips Joint Undertaking, through the European Union’s

Digital Europe (101183266) and Horizon Europe programs (101183277), as well as by the

participating states Belgium (Flanders), France, Germany, Finland, Ireland and Romania.

For more information, visit nanoic-project.eu.

IMEC Belgium

BL 3001 Leuven


Seite 33/64

Suitable for controlled production environments

TB30R: Modular conveying

technology for certified

cleanroom applications

In sensitive production areas such as the pharmaceutical, medical,

or plastics industries, conveyor technology is an essential part of the

cleanroom concept. Material flows must be stable, reproducible, and

compliant with standards. The cleanroom conveyor belt TB30R offers

Montech a solution specifically developed for use in controlled

and certified cleanroom environments.

The system is based on the modular TB30 concept and is available in

two versions: as a mid-drive variant and as a head-drive version for

particularly high purity requirements. Selected variants have been

tested by the Fraunhofer Institute for Production Technology and

Automation IPA according to ISO 14644-14 and are suitable for defined

cleanroom classes.

Conveyor belt TB30R with mid-drive

– Suitable for cleanrooms of ISO classes 5 and 6

The TB30R conveyor belt with mid-drive is suitable for applications

in cleanrooms of ISO classes 5 and 6.

Thanks to its modular design, the conveyor can be configured

individually. Conveyor widths between 80 and 250 millimeters and

lengths up to 3,000 millimeters allow flexible integration into various

plant layouts. Also, subsequent adjustments such as extensions or

shortenings are simple and cost-effective to implement.

The belt used is suitable for cleanroom environments and additionally

approved according to FDA. Therefore, the mid-drive variant

is particularly suitable as an infeed and outfeed belt in individual

manufacturing systems or for linking entire production processes.

Conveyor belt TB30R with head-drive

– Suitable for cleanroom class ISO 4

For production areas with particularly high cleanliness requirements,

Montech offers the TB30R variant with head-drive. This

version is designed for cleanroom class ISO 4 and is suitable for

applications where the highest standards of environment control

apply.

Like the mid-drive variant, the head-drive model is based on

the modular TB30 system and allows flexible adaptation to different

production processes. It is also used as an infeed and outfeed belt or

for integration into complete manufacturing lines.

Montech AG

Gewerbestrasse 12

CH 4552 Derendingen

Telefon: +41 326815500

eMail: info@montech.com

Internet: https://www.montech.com


Seite 34/64

Racks loaded with components enter the cleaning system

via an overhead conveyor. (Copyright: YASKAWA Europe GmbH)

After cleaning, the racks automatically move to the correct

retrieval station. (Copyright: YASKAWA Europe GmbH)

MiniTec automates cleaning system from HMT with

eight Motoman robots by Yaskawa

Automation that

has proven itself

To better respond to fluctuating order volumes, the specialist

HMT has automated a cleaning system for industrial

parts from MiniTec more extensively – with clear success.

„Not just clean, but pure“ was once the promise of a well-known detergent

commercial. A similar claim is also made by HMT – Häseler

Metalltechnik GmbH from St. Georgen – when it comes to cleaning

technical components. The company, founded in 1983, specializes

in stamping and forming technology as well as component cleaning

for very high technical cleanliness requirements. Its customers are

mainly in the automotive sector. The parts are mostly stamped components

that come into contact with electrical components and circuit

boards.

Joachim Hölzl, the company‘s Managing Director of Technology,

speaks of an all-in-one solution that HMT offers: „We have stamping

and cleaning completely under one roof on 12,500 square meters.

Our range of services extends from stamping, forming, and deep drawing

to component cleaning – including residual dirt analysis in our

own laboratory. We are capable of fulfilling almost any customer request.

The foundation for this is our own toolmaking, a modern machine

park, and dedicated employees with in-depth knowledge. Our

processes and procedures meet the highest automotive standards.“

Fluctuating order volume as a challenge

HMT operates two cleaning systems. Under normal load, work is

done in two shifts, enabling the throughput of around 40 million

components per year. Previously, many activities in the cleaning process

were performed manually by employees. But the general labor

shortage became increasingly noticeable. Collaboration with staffing

agencies also did not provide a satisfactory solution. The reason

was the volatile weekly changes in order volume, as Joachim Hölzl

explains: „This made reasonable resource planning difficult – and

also reacting quickly to new conditions. One week, the demand rises,

and by the time we have integrated the capacities through personnel,

the week is almost over.“

For the future, Hölzl wished for more reliable planning and control,

and more flexible responses to capacity fluctuations. This goal

was to be achieved through increased automation – focusing on the

loading of transport racks with parts for the cleaning process and

their subsequent removal.

Automation for more flexibility

Initially, a team of internal specialists, led by Tobias Seemann, Head

of Automation at HMT, worked together. They performed an ABC

analysis of the components and discussed possible solutions. Hölzl

explains: „We built our own internal laboratory and started with a

training robot for initial experiments. The results were very impressive.

We then contacted Yaskawa, who provided us with one of their

robots for the next steps. Once we were confident about the feasibi-


lity, we sat down with MiniTec as system integrator. We presented

our visions to automation expert Peter Müller and discussed how

the system could look based on our specifications and requirements.

He then developed a concept for implementing the solution, and the

project moved into execution.“

The result was a highly complex system where the removal of

cleaned components and their storage and retrieval are fully automated.

The design with two identical removal stations ensures sufficient

capacity. A total of eight Motoman GP12 robots handle the removal

of parts from the carriers. The GP series robots are characterized

by high speeds, accelerations, and repeat accuracy. The entire

system is coupled with a fully automated storage system. The system

measures 20 m x 10 m, making it quite extensive.

Current process

The components to be cleaned arrive at HMT in various packaging

types (grid boxes, wooden boxes, cartons, etc.). At the intake station,

they are still manually removed from the containers and fixed onto

cleaning fixtures.

Then, the system retrieves the fixtures from the buffer storage.

They pass through the cleaning process over a hanging conveyor in

different zones along a 60-meter length. From there, they go into the

drying room, then into the cooling chamber, and finally into the cleanroom.

Depending on the technical specifications of the components,

the cleaning fixture either remains there for removal or proceeds

further into the cleanroom, where the robotic removal stations

are located.

Since the components can still move during the cleaning process,

there can be a discrepancy of one grip between different removal

points. Therefore, a camera inspection is performed here to

determine the coordinates, ensuring the components are correctly

positioned in the KLT containers. This guarantees that the order of

components is maintained when passing to other departments.

Thought-out control system

The loading process involves assigning a barcode to each cleaning

fixture, indicating which parts it contains and to which removal station

it must go. At the removal station, item-specific information is

transmitted via an interface between the cleaning system and the

robot cells. Joachim Hölzl explains: „This way, the robot knows exactly

which component is coming, in what quantity. It also knows how

many to pick up. And if a component has gone missing, it subtracts

one from the target number. So, we always have the correct count of

parts removed.“

Automatic transfer technology from MiniTec

Each robot has a KLT container in front of it. It removes the parts

from the cleaning fixture and properly places them into the box.

When the specified quantity is reached, the KLT automatically

moves out, and the robot is provided with a new empty box.

The filled KLT then automatically moves via a conveyor to a storage

rack. The transfer system is an FMS (Flexible Manufacturing

System) from MiniTec. It transports the boxes via curves or turntables.

A special feature of HMT‘s version is that instead of conventional

workpiece carriers (pallets), the KLT containers are directly

driven by roller chains.

Storage and retrieval via shuttle

At the storage rack, a shuttle system developed by MiniTec handles

Eight Motoman GP12 robots pick up the components and place

them in KLTs. (Copyright: YASKAWA Europe GmbH)

A camera inspection during removal ensures that the components are

subsequently placed correctly in the KLTs.

(Copyright: YASKAWA Europe GmbH)

the automatic storage and retrieval of KLT containers, moving back

and forth. It also transports components for visual inspection. This

area is equipped with a control station where employees can see

which parts are in the storage system. They can request the parts to

be inspected via a control panel. As a result, the shuttle starts the retrieval

process and supplies the KLT containers for visual inspection

via a conveyor system. There, the parts are examined according to

customer defect catalogs. If they are OK, they are packed into customer-specific

packaging.

Significantly increased flexibility

Joachim Hölzl already perceives the benefits of the system after the

initial commissioning: „The main advantage is flexibility. Today, we

have the decisive benefit of being able to increase capacities at short

notice at any time.“

He is also satisfied with the project process: „The collaboration


Peter Müller. His experience in project business and his technical

expertise added enormous value, also for HMT. The combination

of Tobias Seemann and Peter Müller was fantastic. I greatly appreciated

the communication, project planning, and MiniTec‘s

experience. Many ideas were developed during the project. Small

improvements were identified and quickly implemented. Marcel

Therre and Phillip von Ehr also contributed wonderfully – true

team players.“

Further expansion of automation as a goal

The filled KLTs are transported via a MiniTec FMS conveyor system to the

storage rack, while empty boxes are returned to the robots.

(Copyright: YASKAWA Europe GmbH)

within this trio of MiniTec, Yaskawa, and HMT worked very well

and ultimately led to an excellent result. As mentioned, Yaskawa

supported us by providing a robot. But MiniTec, as the system integrator,

also supported us intensively. Simulations, cycle times,

such topics. It was an excellent collaboration, especially with

The HMT boss is generally very open to automation topics. He is already

considering switching the loading of the cleaning fixtures from

manual to robotic. Another area is the removal of components in the

cleanroom. „We have many approaches here, not only in production.

There are also numerous automation possibilities in administration,

some of which we have already implemented. In the future, we want

to analyze all areas to see which processes can be automated to minimize

human error as much as possible.“ Accordingly, the automation

department has grown to four people.

And due to the positive experiences, Yaskawa and MiniTec will

also be involved again in the future.

YASKAWA Europe GmbH

D 85391 Allershausen


New laboratories and machines for high-tech research

Federal Research Minister Dorothee

Bär inaugurates new research building

The Fraunhofer Institute for Applied Optics and Precision

Engineering IOF inaugurated its newest research building

today with a ceremony. In addition to Federal Research Minister

Dorothee Bär, Thuringia‘s Minister President Mario

Voigt and other guests from politics, business, and industry

took part in the celebrations. Special highlights in the new

building include a new electron beam lithography facility

for the production of photonic components and a ground

station for satellite-based quantum communication.

From left to right: Walter Rosenthal, Andreas Tünnermann,

Holger Hanselka, Dorothee Bär, Mario Voigt, and Christian Tischner

at the opening of the Fraunhofer IOF’s new research building.

© TSK/Jacob Schroeter

Spanning more than 2,000 m², the new building will provide Fraunhofer

IOF with new laboratories, clean rooms, and offices in close

proximity to the institute‘s main building. This third extension to the

research institute represents an important strategic step for its future.

The additional laboratory and clean room space will be used to

advance relevant future topics from the High-Tech Agenda.

„With the High-Tech Agenda Germany, we are restoring Germany‘s

position as a leading technology nation. Optics and photonics are

essential foundations in this endeavor and are used in a variety of

ways across key technologies such as quantum technologies, biotechnology,

and microelectronics. Fraunhofer IOF is advancing the

optical technologies and applications of tomorrow and bridging the

gap between science and industry. The new research building inaugurated

today further enhances the potential of the location. We are

well on the way to establishing ‚Made in Germany‘ as a seal of technological

excellence, especially in photonic technologies,“ explained

Federal Research Minister Dorothee Bär.

Minister President Mario Voigt, who accompanied the federal

minister on her visit together with Thuringia‘s Science Minister

Christian Tischner, added: „Thuringian optics, especially those

from Jena, enjoy a worldwide reputation. Fraunhofer IOF in

particular is a real success story. Founded during the turbulent

times following German reunification, the institute has developed

into a globally sought-after partner for science and industry

in the field of instrumentation over the past 30 years. Of particular

importance for the economic development of the region are

the more than twenty companies founded by the institute and its

partner institutions, which today offer secure jobs to more than

350 highly specialized employees. The expansion of Fraunhofer

IOF with the latest new building will help to strengthen this development.

It will continue to establish Thuringia as a hub of the

German photonics industry.“

Minister of Science Christian Tischner emphasized: “The Free State

has supported the construction of a new electron beam lithography

facility at Fraunhofer IOF with 12 million euros and covered half of

the construction costs. This is money well spent—because cuttingedge

research requires cutting-edge infrastructure.”

“In the presence of Federal Minister Bär and Minister-President Voigt,

we have not only opened a new building today. We are creating

a platform for the technologies of the future that will have a far-reaching

impact on the region and set new standards. The new laboratories

offer a wide range of opportunities for the development and

manufacture of high-precision optical and photonic systems. This

creates ideal conditions for cutting-edge research and its transfer

into applications in the fields of optics, photonics, quantum technology,

and photonic systems,“ said Prof. Holger Hanselka, President of

the Fraunhofer-Gesellschaft. „This not only sends a strong signal for

Jena as an international beacon of photonics, but also advances Germany‘s

performance as a technology location in these strategically

important future technologies.”

New electron beam lithography facility for nanostructuring

As part of the celebrations, guests visited two key highlights of the

new building: a new electron beam lithography facility and an optical

ground station.


Electron beam lithography is a process used to produce particularly

fine structures, measuring just a few nanometers, on optical

components. The process is required, for example, to manufacture

high-performance chips for microelectronics, AI, and quantum

computing. It can also be used to produce high-precision measuring

instruments for Earth observation and space travel. „As institute, we

have made mission-critical contributions to international space programs

such as GAIA and ESA‘s Sentinel program, as well as to the

James Webb Space Telescope. Our special expertise in micro- and

nanostructured optics was particularly important to this endeavor.

The new facility, with its globally unique features, will enable us to

continue to empower science to conduct excellent research and industry

to innovate,“ explains Prof. Andreas Tünnermann, Director of

Fraunhofer IOF.

During the grand opening of the new building, Minister President

Voigt and Federal Minister Bär officially commissioned the new

electron beam lithography facility. The Free State of Thuringia supported

the facility with 12 million euros.

After six years of construction, the third extension to the Fraunhofer IOF

was officially opened on 10 March 2026. © TSK / Jacob Schröter

New optical ground station for quantum communication

Another unique feature of Fraunhofer IOF is the new optical ground

station. Located on the roof of the new building, it will enable researchers

in Jena to communicate optically with satellites. This will

be used primarily in quantum communication research. Quantum

communication is developing new methods for virtually eavesdropsecure

communication in the future.

„Our optical ground station is the only one of its kind in central Germany.

It will help us take the insights we have gained from quantum

communication in projects such as the BMFTR-funded QuNET

initiative, which has so far focused on ground-based quantum networks,

to the next level, namely into space. Our research into satellite-based

quantum communication is already helping to lay the foundation

for a global quantum network. At Fraunhofer IOF, we want to

use the new ground station to become a node in the global communications

network of the future and a test center for further research

in this field,“ explains Prof. Tünnermann.

In the Quantum Communications Laboratory, researchers explained the

scientific principles to the guests and gave a demonstration of how the

optical ground station, located above the laboratory, is used.

© Fraunhofer IOF

Steady growth in employees and floor space since 1992

Construction work on the new research building began in 2019. The

construction project cost a total of approximately 30 million euros,

which was shared equally by the federal and state governments. This

is now the third extension to Fraunhofer IOF.

Founded in 1992, Fraunhofer IOF was initially located in the center

of Jena, in the so-called „Eulenhaus“ (Owl House) on Schillerstraße.

For capacity reasons, the institute moved to a new building

on the Beutenberg Campus in 2002. The first extension followed

in 2011. In 2017, the Fiber Technology Center with fiber drawing

tower, which is directly integrated into the building complex, was

opened.

As part of the celebrations, a QuNET white paper was presented

to the Federal Minister. Pictured here with him: a selection of QuNET

researchers involved in the major initiative. © Fraunhofer IOF

To this day, the research institute continues to grow steadily: starting

with just under sixty employees, around 500 people now work there,

23% of whom have an international background, passionately working

to harness light as a versatile tool for the benefit of society, the

economy, and industry.

Das Fraunhofer-Institut für Angewandte Optik und Feinmechanik IOF

D 07745 Jena


Energy-efficient machines, intelligent process control, and IoT manufacturing

technology help plastics processors achieve zero-defect production and

increased efficiency more quickly

NEGRI BOSSI NISSEI introduces the NOVA 5eT

series of electric injection molding machines

in Germany and expands its service

NEGRI BOSSI NISSEI is advancing its expansion in Germany. With the market

launch of the fully electric injection molding machine series NOVA 5eT, the Japanese-Italian

manufacturer is focusing on intelligent, sustainable, and connected

plastics production and aims to unlock potentials in medical technology and the

E&E industry. At the same time, the nationwide service network is being expanded

to better support customers. At Fakuma 2026, NEGRI BOSSI NISSEI will

present two injection molding machines with integrated automation.

NOVA 5eT: Fully electric precision for

intelligent and sustainable production

The NOVA 5eT, a latest-generation fully

electric injection moulding machine, helps plastics

processors achieve zero-defect production and efficiency gains

more quickly. (Image credit: Negri Bossi S.p.A.)

intelligent injection molding through IoT,”

explains Thomas Strecker, Head of Business

Development at NEGRI BOSSI NISSEI in

Germany. The NOVA 5eT strengthens intelligent

factories with powerful technology. A

highly dynamic clamping unit allows for fast

cycles. Precise guidance and optimal force

application ensure form-preserving and

durable performance. Servo-electric drives

guarantee the highest repeat accuracy with

tight tolerances, and a swiveling injection

unit facilitates cleaning and nozzle changes.

Despite a generously sized tool area, the

Smart Factory & IoT: Automated

production cells from a single source

“Our advantage lies in automation, which

we develop and integrate ourselves through

our subsidiary Sytrama. This allows us to

realize complete production cells that also

cover subsequent processes such as parts

supply, loading, quality control, labeling,

stacking, and packaging,” emphasizes Strecker.

Such system solutions are suitable for

electrical and electronic applications (E&E).

With intelligent software and networking

solutions, NEGRI BOSSI NISSEI makes it

easier for users to enter a digitally connected

circular economy. “Our framework concept

N-Constellation makes the injection

molding machine the central network hub.

Additional devices and the Manufacturing

Execution System (MES) are integrated via

OPC-UA, enabling continuous and transparent

production control. This increases

efficiency, quality, and resource conservation,”

explains Strecker. The production cell

is complemented with further digital tools:

The Meltmaster optimizes injection molding

conditions and analyzes plasticization.

An automated material change function

accelerates color and material switches and

reduces material consumption during cleaning.

The N-QR Scan supports 2D-based

mold part management. The PQ-Manager,

a quality and production management system,

records Waveform Monitor (WFM)

data in real-time and supports remote monitoring.

After the world premiere at K 2025 and very

positive feedback in many European countries,

NEGRI BOSSI NISSEI is now introducing

its latest generation of fully electric

injection molding machines in Germany.

“The NOVA 5eT combines energy-efficient

Comprehensive service coverage

technology, intelligent process control, and

in Germany

IoT manufacturing expertise. The focus

is on minimizing environmental impact,

Alongside its product offensive, NEGhighly

efficient molding, and supporting

RI BOSSI NISSEI is strategically expanfootprint

remains very compact.


ding its service network in Germany. “In

Northern Germany, the ISS Schildmann

team supports our customers, while in

Southern Germany, this is handled by the

A4-Solutions team. For Central Germany,

we are in advanced discussions with another

partner,” explains Strecker. All partners

bring deep expertise in injection molding

machines and automation. They also ensure

reliable operation of production facilities

through preventive maintenance. “This

way, we guarantee our customers fast, competent,

and comprehensive service,” emphasizes

Strecker.

Fakuma 2026: Applications for medical

technology and packaging

In October, NEGRI BOSSI NISSEI will

present itself at Fakuma in Friedrichs-

hafen. On a 160 m² exhibition space, the

company will showcase two injection molding

machines with automation solutions

from its own house, producing applications

from the packaging and medical technology

sectors.

Negri Bossi S.p.A.

IT 20093 Cologno M.se (MI)

Formzeug GmbH expands its material

offerings for plastic applications to over

400 plastics and polymer compounds

- Expanded range of plastics and polymer compounds, including for TSG foam casting

and production with high-performance polymers such as PEEK

- Six decades of high-quality technical solutions and craftsmanship in tool

and mold making and small-series production

- Over 3,500 tools realized in 60 years

Formzeug GmbH offers its customers over 400 plastics and polymer compounds

for industrial applications. The spectrum ranges from standard materials to specialized

solutions such as TSG foam casting and high-performance polymers like

PEEK. The company, which celebrated its 60th anniversary at the end of 2025,

enjoys a reputation across industries for precision, reliability, and craftsmanship

excellence in tool and mold making as well as plastics processing. Formzeug develops

and manufactures high-quality injection molding tools as well as plastic

parts for the automotive industry and many other sectors, from the initial idea to

small-series production.

Over 400 plastics and polymer compounds,

including for TSG foam casting

and production with high-performance

polymers like PEEK

„We supply the right material to ensure that

every plastic product meets the desired

requirements,“ explains Markus Kremers,

Managing Director of Formzeug GmbH. „We

rely on regranulates, work energy-efficiently,

and advise our customers on strength,

flame retardancy, UV stability, media resistance,

and cost-effectiveness.“ The range

now includes over 400 plastics and polymer

compounds, from standard materials such

as ABS plastic, polyamides (PA6, PA6.6

GF30), polycarbonate (PC), or polypropylene

(PP), to specialized applications like TSG

foam casting and high-performance polymers

such as PEEK. „In injection molding,

we produce parts from 1 to 4,500 grams on

energy-efficient injection molding machines

for the automotive industry, machinery

and plant engineering, electrical engineering,

as well as chemical and medical technology.

We produce simple functional parts

as well as complex assemblies,“ says Kremers.

Additionally, Formzeug manufactures

innovative plastic cable holders that ensure

order and safety in industrial and commercial

applications.

60 years of precision and continuous

progress

Over the past 60 years, the team at Formzeug GmbH has manufactured over 3,500 tools.

Tool No. 2 is still in use today. (Image copyright: Formzeug GmbH)

„Our 60th anniversary at the end of 2025 was

a milestone and at the same time our foundation

for the future. The six decades stand

for technical top solutions, craftsmanship


Seite 41/64

example, Tool No. 2 out of over 3,500 manufactured

tools is still in use today. Modern

measurement technology, structured testing

procedures, and an experienced quality

assurance team guarantee consistently high

product quality,“ emphasizes Kremers.

People make the difference

precision, and continuous progress. What

has never changed is our claim: We find the

best solution for our customers. Reliable,

honest, and on equal footing,“ says Kremers.

What began as a classic toolmaking

company has developed into a powerful

full-service provider for demanding plastic

solutions. Today, Formzeug accompanies its

customers through the entire development

Markus Kremers, Managing Director of Formzeug GmbH,

with a component. (Image credit: Formzeug GmbH)

and production process of plastics processing.

The range of services includes project

support, process development, tool and

mold making, as well as series production of

plastic parts via injection molding and product

finishing. „We meet the highest quality

and environmental standards and are certified

according to ISO 9001:2015 and ISO

14001. Sustainability is important to us. For

„Our customers not only appreciate our

technical expertise and punctual deliveries

but especially the direct contact with our

employees. Because it is the people who

make the difference, not machines or certificates.

We will maintain this closeness,“

says Kremers. Today, around 130 employees

work hand in hand in Wegberg, including

toolmakers, plastics technicians, engineers,

designers, and young talents. Experience

and fresh ideas shape the corporate culture

as much as the partnership approach with

customers and suppliers. With investments

in modern technologies, sustainable production,

and digital processes, the company

aims to further strengthen its competitiveness.

Additionally, the company plans to

achieve TISAX certification in 2026.

Formzeug GmbH & Co. KG

D 41844 Wegberg

Regenerative Economics in the Process Industry

Sustainability is a step

on the way to the goal

More and more people and companies are developing an awareness that their

actions impact the ecosystems in which we all live. With this realization, the willingness

to take responsibility and actively shape change is also growing. Regenerative

economics – approaches that give back more to nature than they take from

it – are becoming not only a central task but also an innovative field. It requires

creativity, interdisciplinary thinking, and continuous learning. Politics, industry,

science, and society must work together to develop solutions – not through finger-wagging,

but through inspiring success stories that show what is possible.

We are part of complex ecosystems, whose

balance has often been negatively affected

by human actions in the past. At the same

time, nature demonstrates with its adaptability

and resilience how valuable its principles

can be for regenerative economics. The

key question is therefore not whether ecosystems

will adapt, but whether we as humanity

act actively enough to remain part of

these systems. Regeneration is a design task

that requires innovation, collaboration, and

new ways of thinking. Experts from industry,

science, and the trade press discussed this

in a World Café workshop during the Bürkert

Fachpressetage and developed initial

approaches to solutions.

Regenerative economics means much

more than zero impact. It involves giving

back more to nature than humans take from

it. This requires holistic, cyclical thinking

that always considers one’s actions within

the overall context (including within different

ecosystems). Holistic responsibility is


Seite 42/64

patterns of action in the medium term that

bring about positive long-term changes. However,

clear political guidelines and incentive

systems are generally needed to provide

companies with the necessary framework

conditions for investment security. Furthermore,

science should take a leadership role

and conduct fact-based education, which

is as urgently needed as it is lengthy. Proper

associations could also push forward change

through pro-regenerative lobbying. These

thoughts show that ultimately, only the interplay

of various actors will bring long-term

success. Georg Stawowy, CEO of Bürkert

Fluid Control Systems, summarizes: “Society

also needs a consensus on a guiding star

for regenerative action that endures beyond

electoral periods, not only regionally or nationally

but ideally internationally.”

Key Theses from the

World Café Workshop

1. Regeneration as a New Guiding Principle

Economics must go beyond mere sustainability:

regeneration means giving back more

to nature than we take from it.

Regeneration ist eine Gestaltungsaufgabe,

die Innovationskraft, Zusammenarbeit und neue Denkweisen erfordert.

(Quelle: Bürkert Fluid Control Systems)

2. Holistic Thinking for Genuine

Transformation

Systemic and cyclical thinking are

indispensable to integrate ecological and

social aspects into economic decisions.

also crucial to enable regeneration. Sustainability

is a significant step on the way to

the goal, but companies must not stop there.

Current developments show that increasing

pragmatism is driving sustainable behavior

among people and companies. Success

stories about regenerative approaches can

do much more to inspire than moral fingerwagging.

Information and training based on

success stories can make the benefits of regenerative

economics tangible and motivate

positive action. Authentic communication

is essential for this. Companies must not

misuse regenerative economics for image

polishing.

Regenerative Economics in Industry

Especially in the (process) industry, there is

often a lack of role models for regenerative

economics. However, numerous initiatives

exist that can serve as starting points and

sources of inspiration. The fluidics experts

at Bürkert are also active here and have defined

regenerative economics as their guiding

star. The company understands that transitioning

from sustainability to regeneration

is not a state but a developmental process.

The crucial thing is the direction and that

companies begin to think and act regeneratively.

An important role here is played

by service, for example. Building relationships

creates responsibility that extends far

beyond the product lifecycle and generates

continuous value creation instead of one-time

transactions. Service helps extend the

lifecycle of products and is thus a central lever

for regenerative economics. Additionally,

the fluidics experts invest in biodiversity

projects and seek out new solutions with a

global, interdisciplinary team of employees.

Creating Framework Conditions

for the Economy

In the current economic and (geo-)political

situation, it becomes clear that industry

and the economy alone cannot manage the

regenerative transition. For example, it is

conceivable that companies will, through

primarily disruptive influences such as protectionism

(see rare earths), initiate new

3. Service Models as a Key to Resource

Conservation

Service-oriented approaches extend

product lifecycles, reduce resource

consumption, and build trust.

4. Cooperation as a Strategic Advantage

Local networks and partnerships share

resources, simplify processes, and

strengthen regional economies.

5. Politics and Science as Pioneers

Clear political incentives and a fact-based

leadership role for science are crucial to

accelerate the shift toward a regenerative

economy.

6. Strong Networks for Systemic Change

Cross-disciplinary networks with clear

decision-making structures are necessary

to make lobbying for regeneration effective.

7. Credibility over Greenwashing

Regeneration requires genuine conviction.

Communication must show stance and

build trust – beyond mere PR.

Bürkert GmbH & Co. KG

D 74653 Ingelfingen


Seite 43/64

ForLab Competence

Atlas Microelectronics

Research at German

Universities online

At the conference „Microelectronics Research in Germany: From Fundamentals

to Application,“ currently taking place in Bochum, the ForLabCompetenceAtlas

was launched. The online platform presents the high-tech infrastructure and

specific expertise in microelectronics research at 23 German universities. Other

research institutions and companies can now access it, establish contacts with

the respective universities, and initiate relevant projects.

Prof. Jens Müller

(Copyright: Technische Universität Ilmenau)

ForLab Competence Atlas: https://forlabkompetenzatlas.tu-ilmenau.de/

sities that conduct high-quality research in

microelectronics. Lead partner universities

are TU Ilmenau, TU Dresden, and Ruhr University

Bochum.

The competence atlas is an innovative,

web-based database that presents the competencies,

technologies, and actors of the

ForLab universities through an interactive

network.

ForLab Competence Atlas: Expertise

and highly specialized infrastructures

at a glance

Prof. Jens Müller, head of the project and

head of the Department of Electronics

Technology at TU Ilmenau, aims to reach a

broad group of users with the competence

atlas: „The platform is aimed at research institutions

and companies, especially small

and medium-sized enterprises, seeking tar-

Mikroelektron (Copyright: Technische Universität Ilmenau)

The ForLab Competence Atlas is a milestone

of „Forlab-NataliE,“ a project funded by

the Federal Ministry for Research, Technology,

and Space, uniting 23 German univergeted

expertise, equipment infrastructure,

technological solutions, and cooperation

partners. It thus represents an important

tool for transfer to industry,“ adds Prof. Müller,

Vice President for International Relations

and Transfer at TU Ilmenau.

Stefan Helmerich was significantly involved

in the development of the platform

at TU Ilmenau: „A particular focus is on making

highly specialized infrastructures visible,

especially cleanrooms at German universities,

which play a central role in research

and development projects in areas such as

microelectronics or nanotechnology. The

competence atlas not only facilitates the

search for these resources but also supports

easier utilization and stronger networking

between science and industry.“

After the website‘s launch, the development

of the ForLab Competence Atlas continues.

Members can not only update their

respective information and add new features,

but Stefan Helmerich already plans

further content and functionalities: „An

important role will be played by the users of

the platform. Their feedback from working

with the competence atlas will directly influence

the further development and implementation

of future features. In this way, the

platform can be actively shaped by all user

groups from research, industry, and administration.“

The long-term maintenance and hosting

of the atlas will be ensured by the Center

for Micro- and Nanotechnologies at TU

Ilmenau in close cooperation with the university‘s

computing center.

Key Features of the ForLab

Competence Atlas

– Easy, centralized access to the

competencies of the nationwide

network

– Shared database with detailed

information on equipment,

competencies, and contact persons

of individual ForLab partners

– Wide user base from beginners to

experts

– Freely accessible website with

search capabilities usable without

registration

– Numerous options for refining

searches and filtering results

– Cleanroom forum as an exchange

platform for members of the ForLab

network

– Independent management and

maintenance of content by

authorized users


Seite 44/64

About ForLab

The ForLab-NataliE project aims to establish

a network of German universities focused

on microelectronics research. This

initiative, funded by the Federal Ministry for

Research, Technology, and Space, creates

a collaborative network that links research

and practical applications. By expanding

inter-university partnerships and broadening

training opportunities, ForLab-NataliE

aims to strengthen the next generation of

specialists in Germany and accelerate progress

in semiconductor and microelectronics

technology. With a focus on increasing

the visibility of microelectronics research at

universities, ForLab seeks to facilitate the

transfer of innovative technologies into real-world

applications and to promote the

next generation of researchers beyond traditional

academic boundaries.

Technische Universität Ilmenau

D 98693 Ilmenau

Vink Chemicals offers efficient solutions for production

hygiene and sustainability

Biocides for paper manufacturing

Bad odors, slimy deposits, or hygiene issues? In paper manufacturing,

microbes can lead to quality losses and unplanned

downtimes. Vink Chemicals offers customized solutions

to protect the pulp and production equipment – with

biocides, disinfectants, and hygiene audits.

In paper production, biocides are indispensable because they stabilize

processes and ensure that hygiene standards can be maintained.

Vink Chemicals‘ portfolio offers paper manufacturers a wide range

of technical biocides as well as disinfectants for production hygiene

and sustainability.

Biocides for smooth paper production

Vink Chemicals bietet für die Papierproduktion maßgeschneiderte

Lösungen zum Schutz der Papiermasse und Produktionsanlagen – mit

Bioziden, Desinfektionsmitteln und Hygieneaudits. (Bild: Vink Chemicals/

Daniel - Adobe Stock 893115916)

Slimicide of product type 12 (BPR), such as technical biocides based

on Bronopol, CMIT/MIT (3:1), and DBNPA, enable paper manufacturers

to combat or prevent slime formation. With the Vinkocide®

DBNPA family, Vink Chemicals offers readily biodegradable and

fast-acting bactericides. Vinkocide® products of the CMIB family

also have a broad antimicrobial spectrum against bacteria – especially

gram-negative bacteria, mold fungi, and yeasts. Vinkocide®

from the CMIB-DBNPA family combines both: the rapid antimicrobial

effect of DBNPA and the protection of the paper pulp with

the long-lasting efficacy of CMIT/MIT (3:1). For plant hygiene, the

company also offers the disinfectant grotanol® 3025 with EU-wide

approval (PT 2, BPR).

Vink Chemicals – a strong partner for the paper industry

“Applications of technical preservation and their products are more

regulated than ever,” reports David Zilm, CSO of Vink Chemicals.

“Therefore, we have made it our mission to support the paper industry

by enabling approvals, registering active substances, and submitting

active substance combinations in so-called dossiers.” Vink

Chemicals advises companies on questions regarding technical

application, current regulations, and offers support through hygiene

audits and BPR dossier onboarding.

Through private-label solutions, partners also have the opportunity

to bring their own products to market.

Sustainability as part of the corporate philosophy

When using water, energy, and chemicals, Vink Chemicals ensures

to act as resource-conserving as possible. An example from paper

manufacturing is the targeted use of stabicor® RF 5: This additive is

used in the so-called deinking process, a method in paper recycling.

Hydrogen peroxide (H2O2) acts as a bleaching agent, but it is quickly

broken down and „used up“ by the enzyme catalase present in the

paper pulp. stabicor® RF 5 acts as a stabilizer by reacting with the

enzyme faster than hydrogen peroxide. As a result, less H2O2 is needed,

and the entire process runs more stably and efficiently.

Sustainability also plays a major role at the new production site

still under construction in Schwerin: there, a plant for producing

biochar will generate process steam, heat, and electricity as by-products.

It aims not only to cover part of its own energy needs in chemical

production but also to supply local companies with district

heat and electricity.

Vink Chemicals

D 21250 Tostedt


Seite 45/64

FiT2clean Award 2026 – Application phase started

Looking for innovative solutions

for industrial parts cleaning

The application phase for the 5th FiT2clean Award of the

Professional Association for Industrial Part Cleaning e. V.

(FiT) has begun. Manufacturers, providers, and users from

all segments of industrial cleaning technology are invited

to apply with forward-looking solutions to current challenges

in component cleaning. The deadline for submissions

is May 24, 2026. The award ceremony for the €10,000 innovation

prize will take place during the 34th Conference

on „Industrial Component Cleaning“ on June 25, 2026, in

Esslingen.

New and modified products, innovative manufacturing technologies

and materials, higher requirements for cost efficiency, stability, and

sustainability of processes, as well as the digitalization of manufacturing

– changes in many areas of industry also affect component

cleaning. „Innovations and developments in industrial cleaning

technology therefore make an important contribution to strengthening

the competitiveness and value creation of manufacturing

companies,“ reports Dr. Michael Flämmisch, Chairman of the Professional

Association for Industrial Part Cleaning (FiT). „The goal of

the FiT2clean Award is to promote solutions for the numerous challenges

in component cleaning, advance them, and make them visible.“

The innovation prize, endowed with €10,000 and a one-year

free membership in the professional association, has been awarded

annually by FiT since 2022.

Applications in three categories

For participation in the fifth edition, national and international manufacturers,

providers, and users from all areas of industrial cleaning

technology are invited – from plant and process engineering to media

monitoring and treatment, to process monitoring and control,

as well as cleanliness analysis. For the 2026 award, innovative solutions,

currently implemented product ideas, and developments can

be submitted until May 24, in the following categories:

– Innovation: New product or product variation to meet current

requirements in industrial component cleaning.

– Ecology: Solutions for industrial component cleaning or for changing

a product, process, or application case, resulting in resourceoptimized

process management or resource savings.

– QSRein 4.0: Innovative system solution for knowledge-based

process management in industrial component cleaning.

Award ceremony on June 25 in Esslingen during the conference

The submitted applications will be evaluated by an independent

expert jury – consisting of individuals from science, research, industry,

and media – according to defined criteria. The three finalists

will then present their solutions on June 25, 2026, in Esslingen to

the participants of the 34th Conference on „Industrial Component

Cleaning.“ The presentation of the 5th FiT2clean Award will follow

immediately afterward.

Further information about the FiT2clean Award, the expert jury,

as well as participation conditions and application documents, can

be found on the FiT homepage (www.fit-online.org/fit2clean) and

for the conference at www.industrielle-reinigung.de.

In 2025, BO-INNO GmbH, represented by its managing director

Peter Borst, won the coveted FiT2clean Award with a smart

data tracker designed for the real-time recording and storage

of relevant process parameters.

(Image source: Fachverband industrielle Teilereinigung e.V.)

Fachverband industrielle Teilereinigung (FiT) e.v.

Geschäftsstelle

Hauptstraße 7

D 72639 Neuffen

Telefon: +49 7025 84340 Telefax: +49 7025 843420

eMail: info@fit-online.org Internet: http://www.fit-online.org


Seite 46/64

Electronics on the Road

ASYS Group, ASMPT SMT Solutions,

and Rehm Thermal Systems continue

successful event series

After the successful launch of the event series „Electronics on the Road“ last

year, the format will continue in 2026. The kickoff will be the event on March

4 and 5, 2026, at the Cologne City Hotel near Römerturm, where industry professionals

and executives from electronics manufacturing will come together

to discuss current challenges, technological developments, and questions from

everyday work.

„Electronics on the Road“ focuses on practical

content and open exchange between

industry experts. The main topics are questions

that accompany companies along the

entire value chain – from development and

planning to production and logistics, as well

as strategic decisions in an international environment.

The program of the kickoff event addresses

these topics with concrete examples

from everyday industrial practice. The focus

includes dealing with raw material shortages,

skilled labor shortages, and geopolitical

conditions, as well as practical applications

of digital twins, AI-supported processes,

and new approaches in production planning

and material flow. The lectures will be delivered

by speakers from industry, consulting,

and research, who will share their experiences

based on real projects and application

examples.

Ulf Oestermann from Fraunhofer IZM

will host the program. With his experience

in research, industrial projects, and prototype

manufacturing, he will moderate the

event and promote discussions and knowledge

exchange.

Plenty of space for networking and new

impulses

In addition to the technical program, personal

exchange plays a central role. On the

evening before the event, „Electronics on

the Road“ invites attendees to an afterwork

lounge. In a relaxed atmosphere and

over a shared dinner, participants will have

the opportunity to engage in conversations

before a science slam concludes the event

in an inspiring yet humorous way. Young researchers

will present their projects in short

presentations that combine expertise with

entertainment. The audience will decide

which presentation convinces the most.

Following the kickoff in Cologne, stops

will take place throughout the year in Lindau,

Heidelberg, Salzburg, and Berlin. With

this decentralized approach, „Electronics on

the Road“ brings current topics in electronics

manufacturing to different regions and

offers opportunities for personal encounters

with industry experts on site.

The event series is organized jointly by

ASYS Group, ASMPT SMT Solutions, and

Rehm Thermal Systems. The goal is to provide

a platform that consciously goes beyond

traditional conference formats and creates

space for knowledge transfer, technological

topics, and personal exchange within the

electronics manufacturing industry.

Dates 2026

- Cologne | March 4-5, 2026

- Lindau | April 22-23, 2026

- Heidelberg | May 20-21, 2026

- Salzburg | June 24-25, 2026

- Berlin | November 18-19, 2026

More information about all events at:

https://www.electronicsontheroad.com/

ASYS Prozess- und Reinraumtechnik GmbH

Lerchenbergstraße 31

Telefon: +49 7348 98560

D 89160 Dornstadt

eMail: cleanroom@asys-group.com

Internet: http://www.asys-group.com


Seite 47/64

The world’s leading trade fair showcases sustainability, energy efficiency

and intelligent automation in all their facets.

PaintExpo showcases world

premieres and top trends of the

industry on the international stage

From April 14 to 17, 2026, the international coating industry will gather

in Karlsruhe to experience the latest solutions and world premieres.

The range of innovations spans sustainable coating systems,

energy-efficient solutions, and AI- and automation-driven process

optimizations. „PaintExpo is the heart of industrial coating technology

– in Germany, in Europe, and worldwide. It connects leading

companies, innovative technologies, and global decision-makers on

one platform and sets standards for the industry‘s future,“ explains

Carmen Bender, Project Director, looking ahead to the event in four

weeks.

Sustainable Coating Systems and Material Innovations

Resource conservation and sustainability are shaping

developments in coating technology. This is demonstrated

by the following exhibitors with their new developments:

– Venjakob presents both robotics for delicate and complex

shapes and a mobile coating system for columns weighing

up to 2,000 tons.

– Gema Switzerland showcases, with the Germany premiere, how

perfect coating results are possible even with the most complex

application requirements and difficult part geometries.

– J. Wagner again demonstrates live solutions at the trade fair booth

that make the work of coating professionals easier – through intuitive

operation, resource-saving material use, optimized

processes, and increased automation.

– Jürgen Emptmeyer highlights the increasing demands on

product safety, traceability, and quality with CE-compliant

hooks and racks.

Additional sustainable innovations will also be showcased. Vulkan

Inox presents stainless steel blasting media for corrosion protection,

and TOPO Powder Coating introduces robust anti-graffiti powder

coatings to the market.

Automation, Robotics, and Digital Process Intelligence

The digitalization of coating processes and the use of artificial intelligence

are more prominent than ever among numerous exhibitors.

Notable examples include:

– FerRobotics automates time-consuming masking before

painting and defect correction on plastic parts.

– Walther Trowal debuts the Rotamat R 60 for insulation coating

of particularly small electronic components, as well as the

new R 100 for large flat-density elements in e-mobility.

– REITER GmbH & Co. KG enables intuitive teaching of painting

robots with the RoboTwin, allowing less experienced personnelto

achieve precise results.

– Micro-Epsilon Measurement Technology presents a world

premiere with fully automated surface inspection

of raw car bodies.

Furthermore, innovations from robotics and automation from other

leading providers highlight the future of smart manufacturing:

SURFIN Technology with intuitive robot programming and Fraunhofer

ITWM with measurement systems for simultaneous layer

thickness and process analysis.

Process Safety and Quality

Consistent quality and stable processes are crucial for economical

production. At PaintExpo, companies from around the world

will demonstrate how innovative systems enhance process safety.

Examples include:

– Dürr presents spray painting free of overspray and a modular

color supply system including material recovery, quick color

change, and low rinsing agent consumption.

– Eisenmann introduces the new hybrid wheel gripper E-Gripper

Wheel for precise and gentle wheel handling as a flexible and

energy-efficient solution to increase and sustainably secure

production efficiency.

– Krautzberger will showcase two new automatic spray units

designed for increased efficiency with abrasive media,

offering advantages in performance, ease of maintenance,

and cost-effectiveness.

– Sherwin-Williams displays an innovative portfolio of coatings


specifically developed for the ever-evolving requirements

of global energy infrastructure.

– Blastman introduces a world premiere for sandblasting small

parts in confined spaces.

Energy Efficiency, Resilience, and Resource Conservation

Optimizing energy and material use is a central theme for sustainable

production. At the world’s leading trade fair, exhibitors will

demonstrate how efficiency gains can be practically implemented:

– Feige Coating Systems has developed a new air technical

system architecture for industrial spray booths that combines

high-level heat recovery with near-complete separation

of paint-contaminated particles for the first time.

– NoxorSokem from Italy showcases, for the first time at a trade

fair, an automated process for stripping wheels without manual

intervention while maintaining consistent quality.

– Maston Oy presents, as a world premiere, one of the fastest and

most efficient portable filling machines, capable of filling up

to six 400ml aerosol cans per minute with its 5-liter paint cone.

– Alvarez Schaer introduces a new compact anodizing system for

aluminum processors, aiming for high-quality anodizing with

reduced space requirements and lower resource and operational

demands.

Global Networking and Business Opportunities

From April 14 to 17, PaintExpo will once again emphasize its role as

the most important platform for industrial surface technology and

coating processes. It showcases the entire spectrum of industrial

coating technology products and services along the value chain. It

is the unique platform where manufacturers, suppliers, and decision-makers

from around the world meet. The concentration of innovations,

products, and industry experts creates an environment

that fosters intensive technical discussions, knowledge exchange,

and new collaborations. Visitors can specifically identify business

opportunities, establish partnerships, and prepare or finalize concrete

orders.

Leipziger Messe GmbH

D 04356 Leipzig

Endress+Hauser demonstrates high sustainability performance

in benchmark comparison

Silver medal in EcoVadis rating

Endress+Hauser has once again achieved 78 out of 100

points in the EcoVadis sustainability rating 2026 and has

been awarded a Silver medal for this achievement. This confirms

the company’s high level of sustainability in an international

comparison.

The Swiss specialist in measurement and automation technology

ranks among the top six percent of the more than 100,000 companies

surveyed worldwide. Endress+Hauser was able to further improve its

position in the areas of environment, ethics and sustainable procurement.

The topic of labor and human rights received a lower rating

due to minor findings during an occupational safety inspection at

Endress+Hauser has set itself ambitious sustainability goals, aiming to

achieve net-zero emissions by 2050.

the site in Suzhou, China. The reason for this was two cases of improper

use of personal protective equipment.

“We take such incidents very seriously. That’s why we reacted

quickly and took immediate action on site,” emphasizes CFO Dr Luc

Schultheiss, who is responsible for this topic on the Group’s Executive

Board. Endress+Hauser specified guidelines for the proper use

of personal protective equipment and intensified employee training.

Despite positive feedback from the authorities, the two incidents

from 2023 continue to affect the EcoVadis rating.

Ambitious sustainability goals

Endress+Hauser pursues ambitious sustainability goals. These include

a commitment under the Science Based Targets initiative

(SBTi) to achieve carbon neutrality across the entire value chain by

2050. The Group is focusing on systematic improvements, solid documentation

and adaptation to regulatory frameworks such as the

EU Directive on Sustainability Reporting (CSRD).

In 2025, Endress+Hauser was awarded the German Sustainability

Award in the category of measurement and control technology, in

part for the company’s contribution to the sustainable transformation

of the process industry. “Voluntary ratings such as EcoVadis help

us to identify where we can improve,” emphasizes Julia Schempp,

Corporate Sustainability Officer of the Group. “Endress+Hauser’s

goal is to achieve another Gold medal from EcoVadis.”

Endress+Hauser AG

CH 4153 Reinach BL 1


Seite 49/64

From PPWR to AI: What visitors

can expect at the

interpack Spotlight Forum 2026

Around 75 presentations, sessions and panel discussions: The Spotlight Forum at interpack 2026 brings together key debates

on regulation, resource efficiency, automation and securing skilled labour. International experts from industry, politics,

associations, start-ups and institutions will shape the programme from 7 to 13 May in Düsseldorf.

Under the motto ‘7 Days, 7 Topics’, the interpack Spotlight Forum

is entering its second round and positioning itself as the trade fair‘s

central exchange platform. It is jointly organised by interpack, dfv

Conference Group and PackReport.

7 May – PPWR: Opportunities and risks powered by REA

Between efficiency and responsibility: The first day of the trade

fair will be dominated by the European Packaging Regulation

PPWR. The practical implications for the use of recycled materials,

reusable quotas, recycling rates and hygiene requirements will be discussed.

Tânia Dias da Costa (pacoon Sustainability Concepts), for

example, will highlight the steps required for regulatory implementation

in companies. Frank Debusmann (REA Elektronik) will show

how intelligent labelling systems can contribute to PPWR-compliant

recycling, and Patricia Torres Mateus (OMRON Electronics) will

talk about the role of automation in data collection, transparency

and traceability along the production line. A panel discussion with

industry representatives and the European Commission will focus

on competitiveness, location issues and the impact of the regulation

on companies, customers and consumers.

8 May – Resource efficiency powered by Aasted

On interpack Friday, there will be an extensive programme on

resource efficiency. One example is the presentation by Pierre Michaels

and Thomas Goetzl (TTE Strategy GmbH). They will show

how organisational structures, cross-location benchmarking and

data-based dialogue between plants can tap into unused capacities.

Aasted, in turn, will highlight the optimisation of chocolate processes

and the efficient use of resources. In a panel discussion, moderator

Ton Knipscheer (European Co-Packers Association) will talk to

industry representatives about how geopolitical uncertainties, tariffs

and regulatory pressure are changing supply chains and what innovation

impulses this is generating for the packaging industry.

9 May – Smart packaging powered by Domino

Digital identification, networked systems and data-based business

models will be the focus on Saturday. Craig Stobie (Domino

Germany), for example, will explain the potential of introducing 2D

codes. Simon Hill and Ian Richards (TNA Northern Europe B.V.) will

use practical examples to show how integrated packaging lines can

increase efficiency while meeting safety, sustainability and quality

requirements. Jürgen Lochner (Mosca) will demonstrate how machine

manufacturers are developing digital services and data-based

business models to provide strategic support to their customers. Dr

Tobias Jochum (Fraunhofer IAP) will talk about digital product passports,

brand protection and end-to-end traceability along the supply

chain.

10 May – Intelligent systems and AI powered by Syntegon

On Sunday, the focus will be on automation and data-based

production models. Thomas Peter and Stephan Schuele (Syntegon

Technology) will show how digital innovation, end-to-end processes

and contactless automation can pave the way to the ‘Factory

of the Future’. Marco Facchin (BIOMETiC srl) will demonstrate in

his presentation how 3D computed tomography and explainable AI

make food inspection more precise. Jan De Roeck (Esko-Graphics)

will highlight how AI-supported workflows bring together regulatory

requirements, sustainability goals and market launch cycles. Christian

Keßler (SEW Eurodrive) outlines the transition to the software-defined

factory. These contributions are examples of the broad

programme on intelligent systems and AI on 10 May.

11 May – Circular economy powered by Metsä

Credit: Messe Düsseldorf / Constanze Tillmann

Monday is dedicated to circular value creation models. Kaisa

Munukka (Metsä Board) explains how data-based life cycle analyses,

renewable raw materials and fossil-free energy sources can

contribute to reducing the carbon footprint. Thomas Krämer (Wipotec)

shows how product labelling and digital transparency enable

traceability and thus support the circular economy. Based on strategic

futurology, Gillian Garside Wright (Aura Consultants) outlines

key trends up to 2050 and their influence on circularity, brand trust

and innovation strategies. Carsten Bertram, Head of Packaging Sus-


tainability at Henkel Consumer Brands, also brings the perspective

of an international brand company to the stage. He will show how

the requirements of the PPWR are being translated into concrete

packaging strategies and which practical implementations are already

taking place. Many other exciting presentations on this day will

delve deeper into current trends and developments relating to the

circular economy.

12 May – Innovative materials powered by tesa

On Tuesday, the question of how innovative materials and design

approaches combine sustainability requirements and industrial

performance will be explored. tesa SE, for example, will highlight the

shift towards circular packaging solutions and show how recyclingfriendly

designs, mono-material concepts and advanced adhesive

systems can contribute to resource efficiency. Rosa González (AIM-

PLAS) will present sustainable polymer formulations for packaging

applications. Lynsey Maddison (ProAmpac) will discuss material

solutions that are consistently geared towards ‘design for recycling’,

including mono and fibre products for different markets. Finally, Dr

Jörg Zacharias (KRONES AG) will focus on the vision of fibre-based

beverage bottles and highlight the opportunities, limitations and industrialisation

potential of bio-based, recyclable solutions.

13 May 2026 – Young Talents

The last day of interpack 2026 is dedicated entirely to young professionals.

The Spotlight Forum is at the heart of the programme –

both for young talents and for companies in the packaging industry

that want to become more attractive employers and recruit qualified

employees.

In an open discussion round, industry associations such as the

VDMA and the Industrial Association for Plastic Packaging (IK)

will exchange ideas on effective measures for recruiting young talent.

Topics will include cooperation with universities, new qualification

profiles and strategies for retaining young talent in the long

term. Representatives from leading companies will also discuss how

they promote young talent, develop them in a targeted manner and

prepare them for key positions. Formats such as ‘NextGen Plastics’,

powered by IK, provide additional impetus and highlight prospects

for the next generation in the packaging industry.

The complete programme for the Spotlight Forum is available in

the programme database at https://www.interpack.com/2540. The

content is continuously supplemented and updated.

Messe Düsseldorf GmbH

D 40001 Düsseldorf

Caverion is the Facility Management

Partner of Deiker Höfe in Düsseldorf

Caverion is responsible for the technical facility management and

parts of infrastructural facility management for the southern section

of the Deiker Höfe building complex in Düsseldorf on behalf of the

project developer Black Horse Properties GmbH. The length and value

of the contract are not disclosed.

Deiker Höfe is a multi-use building complex comprising 21,500

m² of commercial space, including offices, medical practices, retail,

a hotel, a daycare centre, as well as 353 residential apartments. An

underground car park provides 620 parking spaces and includes 64

electric vehicle charging stations. The sustainable use of resources

has been in strong focus in Deiker Höfe, and the complex has received

a gold certification from German Sustainable Building Council

(DGNB).

“Caverion is already known to us as a service partner at our property

Dreischeibenhaus in Düsseldorf. We particularly appreciate

their strong performance in the field of technical installations, which

proves to be a major advantage in building operations”, says Torsten

Schreiber, CEO of Black Horse Properties GmbH.

“Caverion provides FM services from a single source for its

customers. In the case of Deiker Höfe, for example, we also take on

parts of infrastructural FM and support them with warranty management.

By combining these services, customers benefit from fewer

interfaces as well as higher efficiency and quality”, explains Manfred

Simmet, CEO of Caverion Germany.

Deiker Hoefe Skyfassade © Black Horse Investments

Caverion Deutschland GmbH

Riesstraße 8

D 80992 München

Telefon: +49 89 374288117

Telefax: +49 89 374288-520

eMail: Holger.Winkelstraeter@caverion.com

Internet: https://www.caverion.de


Seite 51/64

The world‘s largest event for the processing and packaging industry

interpack 2026 is in

the starting blocks

interpack is set to open its doors in Düsseldorf in eight

weeks’ time. From 7 to 13 May 2026, the global processing

and packaging industry will meet to discuss AI, automation,

innovative materials and new skills. Market leaders and

newcomers from all areas of the value chain are getting ready.

The ticket shop is open.

Preparations for interpack 2026 are in full swing. Around 2,800 exhibitors

from all over the world will be presenting their latest developments

in Düsseldorf in May and providing impetus for the future of a

globally networked industry.

“interpack 2026 is more important than ever,” says interpack Director

Thomas Dohse. “Especially in a challenging market environment,

the industry needs a place for dialogue and orientation. Our

task now is to view and compare concrete solutions and make wellfounded

investment decisions.”

Global dynamics, challenges and opportunities

A look at the big picture reveals that the framework conditions for

the industry are complex. Population growth, urbanisation and

changing consumer behaviour are increasing the demand for efficient

processing and packaging solutions. At the same time, raw

material shortages, regulation, supply chain risks and a shortfall of

skilled labour are increasing the pressure on companies.

Against this backdrop, interpack 2026 will focus on specific themes

with its Hot Topics Smart Manufacturing, Innovative Materials

and Future Skills. Smart Manufacturing is synonymous with databased,

resource-efficient production – from AI to robotics. Innovative

Materials focuses on new packaging materials, functionalities

and design-for-recycling concepts. Future Skills examines the changing

world of work and the skills required for increasingly digitalised

and automated production.

The exhibitors in attendance

Among the approximately 2,800 companies from 67 countries, many

market leaders will be showing an impressive presence. Aasted, Sollich,

Theegarten-Pactec and SACMI Packaging & Chocolate, for

example, will be the representatives of the confectionery and bakery

industry at interpack in Halls 1, 3 and 4.

The pharmaceutical and cosmetics industries will also find important

partners at interpack: in Halls 15 to 17, IMA Industria Macchine,

the Marchesini Group and OPTIMA will be presenting their

portfolios.

In the extensive exhibition area for food, beverages, consumer

and industrial goods in six halls (11 to 14 as well as 5 and 6), companies

such as the COESIA Group, Duravant, Gerhard Schubert, Ishida,

KHS, Krones, MULTIVAC, Syntegon Technology and ULMA

Packaging will be setting standards in automation, efficiency and

sustainability.

Halls 7 to 10 will also be playing a key role for the industry. Over

1,000 exhibitors will be presenting materials and end products for

packaging: making interpack the world’s most important trade fair

for packaging materials. Here you will find companies such as BERI-

CAP, Jokey, Metsä, Sappi Europe and SCHÜTZ.

Labelling and marking technology in Halls 8a and 8b will be represented

by Bluhm Systeme, Domino Printing Sciences and Totani,

for example.

Global presence and country pavilions

interpack also underscores its international significance with numerous

national pavilions. Many exhibitors make a joint appearance

under one national flag, pooling their expertise in clearly demarcated

areas. Among others, joint stands from India, China, Taiwan,

Korea, Turkey, Malaysia and several European countries will be represented.

Experience content, take away inspiration

Credit: Messe Düsseldorf / ctillmann

The trade fair will be accompanied by numerous specials. At the

interpack Spotlight Forum by the North Entrance, experts will discuss

current developments and strategic issues in the industry. The

Start-up Zone provides a platform for young companies. One special

item on the programme is the presentation of the WorldStar Global

Packaging Awards on the exhibition grounds.

With its accompanying trade fair components, interpack also

focuses on the expertise of the supplier industry. Here, companies

present solutions from the fields of drive technology, control systems,

sensor technology, robotics, machine parts and industrial software,

thereby visualising the technological basis of modern proces-


Seite 52/64

sing and packaging solutions.

With the SAVE FOOD Expert Talks, the SAVE FOOD Highlight

Route, the SAVE FOOD Awards and the SAVE FOOD Project Competition,

the focus will also be on preventing food waste and losses.

Women in Packaging on 11 May will focus on the role of women in

the industry. And interpack TV will report live from the exhibition

grounds on innovations, trends and voices from the international

community.

Services for visitors

In the exhibitor and product database, visitors can find out about

companies, products and innovations ahead of time and plan their

visit to the trade fair. With Fair Match, a digital matchmaking tool is

available that suggests suitable business contacts based on individual

interests and facilitates the making of appointments. The website

offers information on preparation, travelling and accommodation. A

new feature is a hotel service that summarises the offers for interpack

and makes comparison easier. Early booking is recommended.

During the trade fair, MyOrganizer and the interpack app provide

support for individual planning and orientation on site.

Messe Düsseldorf GmbH

D 40001 Düsseldorf

BOY XS E and BOY 25 E produce high-precision components

Medical technology in focus at Chinaplas

From 21 to 24 April, Dr. Boy GmbH & Co. KG will be exhibiting

at Chinaplas in Shanghai (Hall 2.1, Stand F86) together

with its Chinese representative Andeli Co., Ltd. The focus of

the trade fair presentation will be on two applications from

the field of medical technology, which highlight BOY‘s special

expertise in micro and precision injection moulding.

BOY XS E: Resorbable tissue clip made of PPDO

An absorbable tissue clip for surgical applications is manufactured

on a BOY XS E. The tissue clip made of PPDO (polydioxanone) has

an article weight of only 0.105 g. It is produced with a 2-cavity mould

and a shot weight of 0.5 g.

This application highlights the strengths of the BOY XS E in

processing sensitive materials and extremely low shot weights. Maximum

precision, process stability and reproducibility are crucial,

especially for absorbable implants – requirements that are reliably

met by BOY micro injection moulding technology.

BOY 25 E: Precision component for medical injection pen

As a second application, a threaded rod for dosing an insulin cartridge

used for administering medication is produced on a BOY 25 E.

The polystyrene (PS) part has an article weight of 0.68 g. It is manufactured

with 8 cavities and a shot weight of 5.44 g.

Here, too, dimensional accuracy, surface quality and stable series

production are essential. The BOY 25 E impressively demonstrates

how economical and reliable high-precision medical components

can be manufactured.

Growing medical technology market in China

„The market for medical technology in China is growing very dynamically.

Against this backdrop, we are presenting two machines

for specific medical components that are intended as implants for

surgical applications. Micro injection moulding is one of the greatest

strengths of BOY injection moulding machines. Our customers

particularly appreciate the ability to produce high-quality, precise

components with high added value on BOY machines,“ explains Xin

Bingbin, Manager of Andeli Co., Ltd.

The Chinese medical technology market places high demands on

quality, efficiency and process reliability. With its compact, energyefficient

and high-precision injection moulding machines, Dr. Boy

GmbH & Co. KG offers optimal solutions for demanding medical

applications – especially in the field of micro and small parts production.

Visitors to Chinaplas 2026 are cordially invited to visit the Andeli

stand (Hall 2.1, F86) to see for themselves the performance capabilities

of BOY injection moulding machines.

Dr. Boy GmbH & Co. KG

D 53577 Neustadt-Fernthal


Fraunhofer IPA at the PaintExpo

More efficiency and sustainability

in surface technology

A pre-treatment simulated on the computer, a paint process monitored by

artificial intelligence, and a water-based zinc primer: Under the motto „Finishing

for Compliments,“ the Fraunhofer IPA will provide insights into current research

projects in mid-April at the PaintExpo: Hall 1, Stand 1322.

uniform roughness, ensuring that the subsequent

coating process allows the paint

to adhere to the surface. By simulating the

compressed air blasting on the computer

beforehand, it is possible to assess which

abrasive material and which settings on the

system deliver the best results. This digitalized

compressed air blasting increases efficiency

and saves small and medium-sized

companies a lot of money because they use

less abrasive material and energy and produce

less waste.

Flawless painting processes thanks to

artificial intelligence

„Finishing for Compliments – with research

and know-how for genuine compliments“ –

under this motto, the researchers from the

Fraunhofer Institute for Production Technology

and Automation IPA present their

trade fair appearance at this year‘s PaintExpo.

From April 14 to 17, they will provide

insights into current research projects that

help coating companies achieve more sustainable

and smart, AI-supported painting

processes – and perhaps even earn compliments

from their customers.

Painting test at Fraunhofer IPA: A robot sprays paint onto a bumper, whilst

an inline laser detector and other sensors record the entire process. The

data collected was used to train an artificial intelligence system. © Fraunhofer

IPA/Photo: Rainer Bez

The compressed air blasting goes digital

Jörg Schieweck from the Process Modeling

and Monitoring research team at Fraunhofer

IPA is developing a simulation-supported

pre-treatment process in the „DigiStrahl“

project. The goal is to digitally model, analyze,

and optimize the so-called compressed

air blasting.

Similar to a high-pressure cleaner, compressed

air blasting involves shooting solid

particles at a metallic surface. This creates a

The painting process itself is still considered

a complex process to control fully. There

is a risk of waste, equipment failures, and

rework because, for example, the specified

paint layer thickness cannot always be

maintained everywhere. Oliver Tiedje, head

of the Coatings and Multifunctional Materials

division at Fraunhofer IPA, has therefore

found ways in the „pAInt-Behaviour“

research project to reduce the number of errors

and machine downtimes using artificial

intelligence.

For this, Tiedje and his team conducted

a series of painting tests on plastic

components from the automotive and

commercial vehicle sectors in the Fraunhofer

IPA coating laboratory. Before each

test, they deliberately changed the settings

on the painting system, accepting errors,

and monitored the painting process

with 30 different sensors. The collected

measurement and process data were analyzed

using machine learning methods.

This resulted in a detailed behavior model

that can detect impending quality deviations

early in the painting process and identify

their causes.

Environmentally friendly water-based

zinc primer

Scientists around Katarzyna Krawczyk from

the Testing Technology and Paint Chemistry

research team at Fraunhofer IPA have

been working on coatings that protect


Seite 54/64

against rust. In the „EcoWaterZinc“ research

project, they developed a solvent-free zinc

primer based on water, solving an environmental

and health problem.

Because the zinc-containing coatings

currently in use contain health-damaging

solvents. When such coatings cure indoors,

they release large amounts of volatile organic

compounds. These „Volatile Organic

Compounds“ (VOC) not only smell unpleasant

but can also irritate mucous membranes.

On the other hand, zinc reacts with water.

In the long run, this not only diminishes

the anti-corrosive effect but also causes zinc

to accumulate in rivers and lakes, endangering

the health of humans and animals. The

new primer developed at Fraunhofer IPA

contains modified zinc particles that do not

react with water, forming a durable anti-corrosive

coating.

Insights into current research projects

at PaintExpo

A pre-treatment simulated on the computer,

a paint process free of errors

thanks to artificial intelligence, and longlasting

anti-corrosive zinc primers – these

are just three examples of current research

work at Fraunhofer IPA. Visitors

to PaintExpo can gain insights into these

and other ongoing or recently completed

projects at the Fraunhofer IPA booth: Hall

1, Stand 1322.

Fraunhofer-Institut für Produktionstechnik

und Automatisierung IPA

Nobelstraße 12

D 70569 Stuttgart

Telefon: +49 711 970 1667



CleanBoy® – Flexible

cleanroom solutions

for every workplace

In research and production, clean working conditions are becoming

increasingly important. Likewise, the assembly and storage of components

from fields such as mechanics, electronics, optoelectronics,

medicine, and biotechnology require high process safety. Additionally,

solutions tailored to specific requirements at problematic

workplaces are possible.

With the cleanroom workstation CleanBoy®, Spetec offers the

possibility to create cleanroom conditions at almost any workstation.

This is achieved with minimal investment and high efficiency. Complementing

this, Spetec provides a comprehensive range of accessories

– from cleanroom clothing to complete room furnishings.

The used cleanroom technology is designed to remove particles

with a diameter of 0.12 µm and larger from the work area. The cleanroom

module of the SuSi® (Super Silent) series, which is installed

directly above the workstation, ensures continuous overpressure

with filtered, ultra-clean air. While normal room air contains about

9,000 to 15,000 particles per liter, this number is reduced to just 3

particles per liter of air under cleanroom conditions.

If the CleanBoy® is used in a walk-in cleanroom, an almost particle-free

area is created. For optimal operation, it is additionally recommended

to wear reusable or disposable cleanroom clothing and

to use suitable consumables such as special cloths.

Since humans are one of the main sources of contamination in

cleanrooms, Spetec offers suitable solutions for various applications.

Devices for ionization and extraction, as well as mats and furnishings

for the cleanroom, can be found in the new catalog of Spetec GmbH.

Spetec Gesellschaft für Labor- und Reinraumtechnik mbH

Am Kletthamer Feld 15

D 85435 Erding

Telefon: +49 8122 959090

Telefax: +49 8122 9590955

eMail: info@spetec.de

Internet: https://www.spetec.de


Ergonomic workplace design in

cleanrooms: Appreciation with

measurable effect

Cleanrooms are among the most sensitive work environments in

industry and research. Here, the highest standards of cleanliness,

process stability, and precision meet complex workflows. In addition

to technical factors such as air management, filtration technology, or

material selection, an aspect is increasingly coming into focus: the

ergonomic design of the workplace.

An ergonomically optimized workplace in the cleanroom is far

more than a matter of comfort. It significantly contributes to process

stability and is also a reflection of responsible work design. Companies

that consistently consider ergonomic aspects not only create

better working conditions but also ensure long-term quality and efficiency.

Targeted reduction of burdens in the cleanroom

Activities in the cleanroom are often characterized by static sitting

positions, precise hand movements, and high concentration demands.

Working under a microscope, assembly in cleanroom conditions,

or fine motor processes require a consistent body posture over

extended periods.

At the same time, protective clothing further restricts freedom

of movement. The combination of static strain and limited

mobility often leads to tension and stress in the back, shoulders,

and neck areas.

An ergonomically designed workplace counteracts these

burdens specifically. Through individually adjustable seating solutions

and movement-promoting mechanisms, a healthy body

posture is supported, and static strain is reduced. This plays a

crucial role in maintaining performance even during longer work

phases.

Ergonomics as a factor for concentration and process quality

In the cleanroom, every deviation can potentially have direct effects

on product quality. Concentration and precision are therefore central

prerequisites for stable processes.

Ergonomic seating solutions support these requirements by relieving

the body and promoting natural movement sequences. Dynamic

sitting stimulates micro-movements, improves circulation, and

reduces fatigue symptoms.

Work chairs like the TEXON are specifically designed for these

requirements. With adaptive mechanisms, such as Auto-Motion

technology, the seat and backrest automatically adjust to the user‘s

movements. This enables continuous support of the body without

interrupting the workflow – an important prerequisite for consistently

high concentration and precision.


Ergonomics as part of a holistic cleanroom strategy

Hygienic design as a basis for safety in the cleanroom

In addition to ergonomic requirements, hygienic safety plays a central

role in the cleanroom. Seating systems must be designed so that

they do not release particles and can be reliably cleaned.

A consistent hygienic design is characterized

by the following features:

– Smooth, closed surfaces

– Reduced joints and transitions

– Encapsulated mechanisms

These construction principles prevent particle deposits and enable

reproducible cleaning processes. As a result, the hygienic condition

remains permanently stable regardless of usage and cleaning intensity.

Material technology as a decisive factor

The selection of suitable materials is of central importance in the

cleanroom. It influences both particle control and resistance to cleaning

and disinfecting agents.

With Skintec, Bimos offers a covering material specifically

developed for cleanroom, laboratory, and ESD applications.

It combines several key properties:

– Closed, particle-free surface

– High chemical resistance

– Easy cleaning and disinfection

– Permanently conductive properties for ESD-sensitive areas

Furthermore, Skintec also supports ergonomic quality: The surface

is soft, shape-stable, and ensures a consistently comfortable sitting

experience – even during long working hours.

Ergonomics is increasingly regarded in the cleanroom as an integral

part of the overall strategy. It complements technical measures and

helps to optimize workflows holistically.

A well-thought-out ergonomic concept considers not only individual

components but also the interplay between workplace, activity,

and person.

In addition to reducing physical burdens, this also contributes to

employee motivation and satisfaction. At the same time, error rates

can be reduced, and processes stabilized – a decisive advantage in

highly sensitive production environments.

Conclusion: Humans as a stabilizing factor in the cleanroom

Cleanrooms are highly regulated systems in which every influencing

factor is precisely controlled. Humans are a central component of

this system.

Ergonomic workplace design combines health, safety, and process

stability. It reduces burdens, supports focused work, and helps

ensure reproducible results.

For companies, this means: investments in ergonomic solutions

are investments in quality and future-proofing sensitive production

environments.

Humans are not seen as a disturbance factor in the cleanroom

but as a stabilizing element – and thus a key to sustainable process

quality.

Bimos - eine Marke der Interstuhl Büromöbel GmbH & Co. KG

Brühlstraße 21

D 72469 Meßstetten-Tieringen

Telefon: +49 7436 8710

Telefax: +49 7436 871110

eMail: bimos@bimos.com

Internet: http://www.bimos.com


Seite 57/64

New Nora sockless solution in Interface‘s rubber portfolio

Perfectly crafted and hygienic

nora baseboard S 1023 U (with sealing lip) (Copyright: nora)

Interface, das weltweit tätige Unternehmen für Bodenbelagslösungen

und führend im Bereich Nachhaltigkeit, präsentiert den nora

Hygiene-Faltsockel – eine Produktentwicklung speziell für Einsatzbereiche

mit höchsten Hygienestandards. Überall dort, wo Hygiene

und Reinheit gefordert sind – etwa in Krankenhäusern, Laboren

oder Reinräumen – ermöglicht er einen optimalen Übergang vom

Boden zur Wand und vereinfacht die Reinigung. „Der Faltsockel wird

aus dem jeweiligen norament, noraplan oder noracare Belag gefertigt

und fügt sich nahtlos in das Gesamtbild ein“, sagt Dirk Oswald,

Head of nora Product Management. Die innovative Falttechnologie

sorgt dafür, dass er sich passgenau an Boden und Wand anpasst und

selbst unter hoher Belastung seine Stabilität behält. Ein zusätzliches

Hohlkehlprofil ist nicht notwendig, was die Verlegung vereinfacht

und gleichzeitig einen besonders geringen Radius ermöglicht, ideal

auch für das Anarbeiten an schmale Türzargen. Das Ergebnis ist ein

perfekter Wandübergang, der höchsten hygienischen und architektonischen

Ansprüchen gerecht wird.

Neue Weißtöne für Standardsockelleisten

– für klare Linien und moderne Räume

Parallel zur Einführung des Faltsockels wurde das Standardsockelleistensortiment

um zwei neue Weißtöne erweitert: ein weiches,

warmes sowie ein klares, kühles Weiß. Die weißen Sockelleisten

fügen sich dezent in die Wandflächen ein und unterstützen ein offenes,

großzügiges Raumgefühl. In Kombination mit weißen Türen

und Zargen entsteht ein einheitliches Gesamtbild, das besonders in

modernen, architektonisch klar strukturierten Räumen überzeugt.

Die Sockelleisten sind in verschiedenen Höhen sowie wahlweise

mit oder ohne Dichtlippe erhältlich und bieten so für jedes Projekt

die passende Lösung.

nora systems GmbH

Höhnerweg 2-4

D 69469 Weinheim

Telefon: +49 6201 2743934

Mobilfunk: +49 172 6330484

eMail: frank.baehr@nora.com

Internet: http://www.nora.com

(Copyright: nora)


Well in Hand

Ganter is once again setting new standards – this time by

expanding the range of dimensions for the classic cabinet

U-handle GN 565 with a new profile that is especially easy

to grip and also offers diverse customization options.

In the world of Ganter standard parts, cabinet U-handles offer an

entire universe of possibilities. From elegantly curved shapes to

practical angled versions and even handles with integrated switching

functions or ergonomic finger molding – Ganter offers the

right solution for every need and every application, made of highquality

aluminum, stainless steel or robust plastic.

A classic and a bestseller, the cabinet U-handle GN 565 was introduced

half a century ago when the mechanical engineering standardization

committee was looking for solutions that were both ergonomic

and aesthetically pleasing as well as affordable. The solution: an

extruded aluminum profile that is bent into the shape of a handle.

The principle is still perfectly valid today, including for the U-handle

GN 565 and its newly added versions. This standard part is now

available in even larger dimensions: With a full elliptical cross-section

of 35x25 mm and installation lengths between 250 and 500 mm,

the handle is very robust. It can withstand up to 6400 Newtons perpendicular

to the mounting plane or 5900 Newtons in parallel. This

makes the handle suitable even for heavy sliding doors or hatches.

Thanks to these values, it can also serve as an attractive guard or retaining

bar. The bend radius and the distance between the handle

and the mounting plane are sized to accommodate gloved hands.

Because the new version retains the same look as its smaller siblings,

they can be used together for a consistent aesthetic. On request,

Ganter can produce special dimensions, different bend angles,

special mounting threads or individual colors – all with short

lead times.

To emphasize the brand identity of systems and machines equipped

with the handles, company names or logos can also be printed

onto the surface in a wear-resistant fashion that is integrated into

the coating system.

Cabinet U-handles GN 565 come as standard with UV-resistant,

black, matt textured powder coating for outdoor applications. Coatings

in red or silver as well as anodized or plain finishes are also

available. The version with antimicrobial coating contains silver

ions that effectively reduce the growth of bacteria or viruses on

the handles and is recommended for sensitive areas in hospitals

or clinics.

Anyone looking for a shock-absorbing and easy-to-grip solution

should consider the GN 564 handle. This U-handle is also available

with the 35x25 mm profile – plus a soft TPU sheating.

Otto Ganter GmbH & Co. KG

Triberger Straße 3

D 78120 Furtwangen

Telefon: +49 7723 65070

Telefax: +49 7723 4659

eMail: info@ganternorm.com

Internet: http://www.ganternorm.com


Manual adjusters can be modified and combined in (almost) any way for a wide variety of production

purposes. (Image: IEF-Werner GmbH)

Axle combinations are put together

individually and modularly to meet

customer requirements. (Image: IEF-

Werner GmbH)

IEF-Werner: manual and motor-driven linear drives for the highest demands

Adjusted to the requirements

IEF-Werner offers modular and flexible solutions with its extensive linear

technology range, which can handle manual or motorized tasks depending on

the need. To meet the increasing demands of modern automation, IEF-Werner

continuously develops these solutions with targeted enhancements. Practical

examples illustrate the benefits of linear units and positioning systems in a wide

variety of applications.

Thomas Hettich

Product Line Manager

for Linear Axes

Fabian Wald

Product Line Manager for

Manual Adjustment Systems

„Our manual and motor-driven linear systems

are precise, dynamic, and flexible,“

says Thomas Hettich, Product Manager for

Linear Axes and Motorized Turntables at

IEF-Werner. „They find versatile applications

among our customers: in machine construction,

measurement and testing technology,

optics, or laser and medical technology.“

The automation specialist‘s program

covers solutions for simple adjustments as

well as complex multi-axis systems.

Manual Linear Drives

„Our domiLINE series is the core of manual

adjusters,“ describes Fabian Wald. At

IEF-Werner, he is the Product Manager for

manual adjustment units. „With four sizes

from domiLINE 30 to domiLINE 120, we can

standardly cover strokes from 5 to 100 millimeters

and pitches from 0.5 to 6 millimeters.

Larger strokes are also possible upon customer

request. For particularly robust designs,

the adjusters are available in anodized aluminum.

A version with stainless steel guidance

is also available.“

The high positioning accuracy of ±0.05

millimeters allows for precise positioning

and adjustment of workpieces, sensors, camera

lenses, nozzles, or tools. The accessory

program includes mounting brackets, mounting

plates, connection elements for XY and

XZ combinations, clamps, handwheels, and

various position indicators. Fabian Wald:

„This allows us to realize modular systems

for our customers that support simple linear

adjustments as well as complex axis combinations

and multi-axis applications.“

Motorized Linear Drives

IEF-Werner offers a comprehensive range

of motorized linear drives, from belt drives

to highly precise linear motor axes. „Our

belt-driven axes cover strokes up to 6,500

millimeters and loads of up to 150 kilograms

on the carriage,“ describes Thomas Hettich.

The profiLINE series includes spindle

axes with feed forces up to 5,000 Newtons.

They are optimized for applications that require

precision and durability. The euroLI-

NE series stands for dynamic linear motor

drives with a repeatability of up to ±5 micrometers

at speeds up to 5 meters per second.

With this variety, the ideal axis can be selected

based on the required dynamics, accuracy,

travel length, and load to be moved.

Developments and Innovations

In recent years, IEF-Werner has continu-


robots to have extended reach and thus

higher efficiency in assembly and handling

tasks. „Since the control electronics

for our axes can partly be installed in the

robot‘s control cabinet, our solution is very

compact. Multi-axis applications with additional

auxiliary axes are also possible,“ says

Thomas Hettich. Only one cable between

the control electronics and the linear unit is

sufficient.

Practical Applications

Direct drives, toothed belt or spindle axes – to meet customer requirements, IEF-Werner is constantly

adapting and further developing its existing axis types. (Image: IEF-Werner GmbH)

ously advanced its linear technology. For

example, the automation specialist introduced

spindle supports for the profiLINE

140 and 200 spindle drives. This enables,

for instance, higher speeds and thus travel

velocities of up to one meter per second

with a stroke of 1,600 millimeters. This corresponds

to a reduction in cycle time of up

to 40 percent.

Metal strip covers reduce particle emission

in selected linear units. They are certified

up to ISO 1 cleanroom class. Equipped

with this, linear guides are suitable for use in

medical technology and the pharmaceutical

industry. The axes can be combined into

modular positioning systems and are used,

among other things, in the cleanroom palletizer

varioSTACK CF (Clean Factory). Additionally,

variants for explosive environments

(Zone 2) with antistatic timing belts, ESD

versions with energy chains, and special

elastomer couplings have been designed.

Another innovation focus is the so-called

7th axis: the linear auxiliary axis enables

Linear units and positioning systems are

used in a wide range of applications. For

example, in conjunction with multi-grip

systems, in 3-axis positioning systems as

pick-and-place handling with cycle times of

260 parts per minute, or with several spindle

axes from the profiLINE series with a stroke

of up to 2,310 millimeters within an inspection

system.

Systems developed specifically for

customer requirements with linear motor

drives enable demanding testing processes

with high efficiency and precision. Stroke

lengths of over eleven meters and speeds up

to 2.1 meters per second are achievable.

IEF-Werner GmbH

D 78120 Furtwangen

Efficient system solution for the disposal of table waste in the laboratory

Disposal bags and

table stands SEKUROKA®

SEKUROKA® disposal bags, used in combination

with the SEKUROKA® table stand

from Carl ROTH, offer a practical solution for

the hygienic and efficient disposal of laboratory

waste directly at the workstation. They

thus support a functional system solution

for structured workflows in the laboratory.

SEKUROKA® disposal bags are suitable

for holding typical laboratory waste such as

used pipette tips, reaction vessels or sample

vials. They are robust, transparent and autoclavable.

The transparent material allows a

clear view of the contents and fill level, facilitating

safe handling. The bags measure

200 mm wide × 300 mm long and are available

in dispenser boxes of 100 pieces. Depending

on requirements, variants

made of polypropylene (PP) with

a wall thickness of 40 µm or polyethylene

(PE) with a wall thickness

of 30 µm are available. The SEKU-

ROKA® table stand complements

the disposal bags as a sturdy holder

at the workplace. The wire frame is available

in heights of 25 cm and 35 cm, is coated

in white plastic and fitted with non-slip

rubber feet. The table stand is temperature-resistant

up to +60 °C and is therefore

suitable for higher temperature conditions.

The combination of the waste disposal bag

and the SEKUROKA® table stand enables

clean, convenient disposal, reduces walking

distances and supports compliance with

hygiene and safety requirements when disposing

of laboratory waste.

Carl Roth GmbH + Co. KG

D 76185 Karlsruhe


Seite 61/64


Veranstaltungen im April 2026

Für mehr Informationen oder zum Anmelden einfach auf die Veranstaltung klicken

14.04.2026 Seminar GMP-gerechte Kalibrierung

Veranstaltungsort: Wien (AT), Veranstalter: Testo Industrial Services GmbH

14.04.2026 - 17.04.2026 Messe PaintExpo 2026

Veranstaltungsort: Karlsruhe, Veranstalter: Leipziger Messe GmbH

15.04.2026 - 16.04.2026 Workshop Praxisworkshop Reinigungsvalidierung

Veranstaltungsort: Kirchzarten bei Freiburg, Veranstalter: Testo Industrial Services GmbH

15.04.2026 - 16.04.2026 Training & Schulung GMP-Reinraumschulung für aseptische Bereiche

Veranstaltungsort: Osnabrück, Veranstalter: Piepenbrock Dienstleistungen GmbH + Co. KG

20.04.2026 - 24.04.2026 Messe Hannover Messe 2026

Veranstaltungsort: Hannover, Veranstalter: Deutsche Messe AG

21.04.2026 - 22.04.2026 Webinar Clean Rooms and HVAC Systems - Live Online Training

Veranstaltungsort: online, Veranstalter: CONCEPT HEIDELBERG GmbH

21.04.2026 - 22.04.2026 Webinar Validierung von sterilen und aseptischen Prozessen (QV 3) - Live Online Seminar


21.04.2026 - 22.04.2026 Webinar Aseptic Process Simulation – APS (Media Fill

– Validierung aseptischer Prozesse) (S 7) - Live Online Seminar


21.04.2026 Seminar Schleusenkonzepte im Reinraum: GMP-Praxis erleben mit 3D-Simulation

Veranstaltungsort: Online, Veranstalter: PTS Training Service

21.04.2026 Workshop Performance Workshop Reinraum-Reinigung

Veranstaltungsort: Basel (CH), Veranstalter: Cleanroom Future AG

21.04.2026 - 22.04.2026 Seminar Fachgerechte Verlegung von nora Kautschukböden:

Wie Sie mit Jumpax kritische Untergründe in verlegefähige Flächen verwandeln

Veranstaltungsort: Weinheim, Veranstalter: nora systems GmbH

24.04.2026 - 25.04.2026 Seminar Sicherheitstraining Zytostatika

Veranstaltungsort: Elmshorn, Veranstalter: Berner International GmbH

27.04.2026 - 29.04.2026 Training & Schulung Lehrgang für Reinraum-Verantwortliche mit Zertifikat

Veranstaltungsort: ReinraumTrainingCenter Frankfurt, Veranstalter: Cleanroom Future GmbH

27.04.2026 Kongress 30. Swiss Cleanroom Community Event

Veranstaltungsort: Pratteln (CH), Veranstalter: Swiss Cleanroom Concept GmbH

28.04.2026 - 30.04.2026 Seminar Dichtigkeitsprüfung & Visuelle Kontrolle von Parenteralia

Veranstaltungsort: Mannheim, Veranstalter: CONCEPT HEIDELBERG GmbH

28.04.2026 Seminar Grundlagen der Computersystemvalidierung (CSV)


29.04.2026 Seminar Reinraum Qualifizierung und Monitoring

Veranstaltungsort: Wattwil (CH), Veranstalter: Swiss Cleanroom Concept GmbH

30.04.2026 Seminar GMP-Grundlagen für Neueinsteiger für Pharma, Medtech und Spitalpharmazie

Veranstaltungsort: Rheinfelden (CH), Veranstalter: Swiss Cleanroom Concept GmbH

30.04.2026 Seminar Hygiene

Veranstaltungsort: Affoltern am Albis, Veranstalter: PTS Training Service


Veranstaltungen im Mai 2026

Für mehr Informationen oder zum Anmelden einfach auf die Veranstaltung klicken

04.05.2026 - 05.05.2026 Seminar Validierung von Prozessen bei der Herstellung von Medizinprodukten

Veranstaltungsort: Ostfildern oder Online, Veranstalter: Technische Akademie Esslingen e.V.

05.05.2026 - 06.05.2026 Seminar Reinraumqualifizierung mit Praxisworkshop


05.05.2026 - 06.05.2026 Seminar Sterilfiltration - praktisch erklärt (S 12)

- Praxis und Theorie vereint mit einem Workshop-Tag bei Merck in Molsheim

Veranstaltungsort: Offenburg, Veranstalter: CONCEPT HEIDELBERG GmbH

05.05.2026 Seminar Reinraumanforderungen in der Medizintechnik inkl. Workshop


06.05.2026 - 07.05.2026 Seminar Aseptisches Arbeiten und Hygiene im Zellkulturlabor

Veranstaltungsort: Elmshorn, Veranstalter: Berner International GmbH

06.05.2026 Seminar Datenintegrität in der GMP-Praxis – Revisionen EU-GMP Chapter 4, Annex 11 und 22


07.05.2026 Seminar GMP in der Kosmetik-Industrie


07.05.2026 - 13.05.2026 Messe interpack 2026

Veranstaltungsort: Düsseldorf, Veranstalter: Messe Düsseldorf GmbH

12.05.2026 Seminar Oberflächen in der Medizintechnik

Veranstaltungsort: Ostfildern, Veranstalter: Technische Akademie Esslingen e.V.

19.05.2026 - 21.05.2026 Seminar Pharma-Ingenieur/in (PT 25) - Block I

Veranstaltungsort: Mannheim, Veranstalter: CONCEPT HEIDELBERG GmbH

20.05.2026 - 21.05.2026 Tagung 16. Fachtagung: Technische Sauberkeit in Montage- und Produktionsprozessen

Veranstaltungsort: Heidenheim, Veranstalter: Ultima Media Germany GmbH

Impressum:

W.A. Schuster GmbH / reinraum online · Mozartstraße 45 · D 70180 Stuttgart · Tel. +49 711-9640350 · Fax 9640366

info@reinraum.de · www.reinraum.de · GF Dipl.-Designer Reinhold Schuster · Stgt, HRB 14111 · USt.-IdNr. DE 147811997

Originaltexte und Bilder:

Die namentlich gekennzeichneten Beiträge stehen in der Verantwortung des jeweiligen Autors. Nachdruck, auch auszugsweise, nur mit Genehmigung

der Redaktion und mit Quellenangabe gestattet. Für unaufgefordert eingesandte Manuskripte und Abbildungen übernimmt der Herausgeber keine

Haftung. Dem Herausgeber ist das ausschließliche, räumliche, zeitliche und inhaltlich eingeschränkte Recht eingeräumt, den Beitrag in unveränderter

oder bearbeiteter Form für alle Zwecke beliebig oft zu nutzen oder Dritten zur Nutzung zu übertragen. Dieses Nutzungsrecht bezieht sich auf Print- und

elektrische Medien (Internet, Datenbanken, Datenträger aller Art).


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