Newsletter_02-2026_EN

EN 02/26

How cleanroom conveyor

belts ensure clean

production processes

TITEL

How Montech AG cleanroom

conveyor belts ensure clean

production processes

Clean processes require the right conveying

solutions. In sensitive production environments,

every detail counts, because even

the smallest particles can impair product

quality. Cleanroom conveyor belts ensure

a controlled material flow and are a central

component of modern cleanroom manufacturing

and production processes, from

the pharmaceutical and medical technology

industries to chemical and semiconductor

manufacturing.

For production in cleanrooms, conveying

solutions are in demand that meet the

highest requirements for hygiene, precision,

and reliability. The conveyor belts developed

by Montech specifically for cleanrooms are

consistently designed for cleanroom suitability

and guarantee minimal particle emission.

High-quality, FDA-compliant conveyor

belts with edge sealing prevent dust formation,

are easy to clean, and impress with

high wear resistance. The hygienic design

reduces contamination and supports stable

cleanroom production and product quality

over long operating periods.

In addition to material and design quality,

cleanroom handling and material flow

also play a crucial role. Montech AG‘s conveying

solutions can be precisely adapted

to every production line. Cycle operation,

individually adjustable acceleration and

deceleration ramps, and variable conveyor

speeds enable gentle transport and minimize

particle generation throughout the entire

production process. Energy-efficient, performance-optimized

drives—including a 24

V DC drive integrated into the drive roller

with a diameter of 78 mm—ensure reliable

and economical continuous operation.

For additional safety, selected configurations

of the conveying solutions have

been tested by the Fraunhofer Institute and

certified up to ISO classes 4, 5, and 6. These

include, among others, the TB30R with

center or head drive and the TB40R. The

independent certification provides reliable

measurement results and builds confidence

in investment decisions for cleanroom production

and quality control.

Further advantages include flexible

configuration and short delivery times.

Despite custom design, delivery takes only

four to five weeks. An optional base with

stainless steel adjustable feet is available,

ensuring maximum stability and cleanroom

suitability. The combination of minimal particle

emission, high wear resistance, certified

quality, energy efficiency, and quick

availability makes Montech AG‘s cleanroom

conveyor belts an economical and reliable

solution for professional cleanroom handling

and material transport, as well as for

manufacturing processes with the highest

hygiene requirements.

Montech AG

Gewerbestrasse 12

CH 4552 Derendingen

Telefon: +41 326815500

eMail: info@montech.com

Internet: https://www.montech.com

www.reinraum.de | www.cleanroom-online.com NEWSLETTER | EDITION EN 02-2026

page 2/63

Coming

soon

FEBRUARY 2026

Dear cleanroom professionals,

These are turbulent times, and in times like these,

it is essential to keep moving forward rather than

standing still. As jobs are being cut in Germany

and created in neighbouring European countries

and America, we have decided to make our content

available to other interested parties. You will see

the first step when you open the English newsletter.

We have used AI to translate all articles that are not

available to us in English into English.

We cannot proofread everything, but we hope that

AI does a good job.

Here is a brief overview of the contents

of this newsletter:

> How Montech AG cleanroom conveyor belts

ensure clean production processes

> Inductive charging makes cleanroom

automation by Fabmatics maintenance-free

and safe

> People in cleanrooms: Ergonomics, health,

productivity and safety

> Tailor-made for use in clean Rooms

> 5 steps to digital HACCP management:

Efficiency and legal certainty in the cleanroom

> . . .

Regards

Reinhold Schuster


page 3/63

The cleanest way to charge: Wiferion powers the semiconductor industry

Inductive charging makes

cleanroom automation by Fabmatics

maintenance-free and safe

The global demand for power electronics and chips for applications in automotive,

communication, and industrial sectors continues to grow unabated. However,

many of the production sites originate from a different era: 200-mm wafer factories

built in the 1990s and 2000s are still operating today with partly manual

material flows. Modernizing them is complex due to high purity requirements but

is urgently needed. The Dresden automation specialist Fabmatics has been developing

solutions for over 30 years, covering everything from transport and storage

to wafer identification – supported by the maintenance-free charging technology

from Wiferion.

In the semiconductor industry, two fundamental

wafer diameters are significant: 200

mm and 300 mm. 300-mm wafers are used

to produce high-performance processors

and memory chips and are manufactured in

modern, highly automated facilities. In contrast,

the production equipment for 200-

mm wafers, mainly used for power electronics

and certain automotive components,

is generally older and has grown organically

over decades. The result: often, there are

heterogeneous infrastructures that are difficult

to reconcile with new technologies.

At the same time, societal and economic

pressures to automate processes are increasing.

Supply chain bottlenecks, rising energy

costs, and a shortage of skilled workers have

demonstrated how important stable and

continuous workflows are. Automation in

semiconductor manufacturing is therefore

no longer a future topic but a prerequisite

for competitiveness.

In the heart of the European microelectronics

cluster Dresden, Fabmatics, with

more than 300 employees, ensures that

200-mm factories can operate their systems

more efficiently and safely through customized

automation solutions. The company

supplies renowned customers in the international

semiconductor industry in Europe,

Asia, and the USA. As early as 2009, Fabmatics

began developing its own mobile robot,

initially tethered. The system was later developed

further so that it could move freely in

space, offering maximum flexibility for material

transport. Today, transport robots like

the HERO Fab are a fixed part of the product

family. They autonomously transport

wafer cassettes, connect machines across

multiple levels, and thanks to their modular

The mobile HERO Fab 200 positions a wafer

container with millimetre precision in a clean

room rack – an example of reliable material

handling in established 200 mm factories.

(Source: Fabmatics GmbH,

Photographer: Sven Claus (FotograFisch))

design, can be optimally adapted to customer-specific

layouts. One initial challenge

was the energy supply – until Fabmatics adopted

the charging solution from Wiferion

– a PULS brand.

Particle-free means inductive:

Charging in cleanrooms

Since mobile robots in cleanrooms must

generally be charged within the controlled,

The Wiferion charging panel is flush-mounted

in the cleanroom floor panel – for contactless

charging without particle formation and

minimally invasive installation.

(Source: Fabmatics GmbH, photographer:

Sven Claus (FotograFisch))

dust-free production environment, traditional

charging systems quickly reach their

limits. Removing the vehicles would significantly

increase the risk of contamination

and jeopardize entire batches of sensitive

wafers. However, charging within the cleanroom

itself is also problematic with conventional

contact technology: sliding contacts

and plug connections generate abrasion

particles when engaged – an unacceptable

risk in production environments where even

the smallest contamination can cause damages

worth millions. Copper, used in many

contact solutions, is also taboo in cleanrooms

because it can damage the surfaces of

semiconductor substrates. Alternative materials

like stainless steel or silver also proved

ineffective in practice. „We wanted to offer

our robots with an inductive charging solution

from the first generation, which went to

market in 2013, but the energy transfer capacity

of those systems was insufficient for our

purposes. Wiferion was not available back

then,“ says Carsten Grunert, Head of Product

Development at Fabmatics. „Therefo-


page 4/63

Thanks to sophisticated safety technology, mobile robots and employees can move safely and

efficiently alongside each other, even in confined cleanroom areas.

(Source: Fabmatics GmbH, photographer: Sven Claus (FotograFisch))

re, we developed a contact-based charging

technology integrated into the floor. However,

this resulted in high wear and maintenance

requirements and was not very flexible.“

When Fabmatics developed the second

generation of its mobile robots, the technological

situation had fundamentally changed.

Wiferion was now on the market and

offered, as the first provider, an inductive

charging solution capable of transmitting up

to 60 amperes – enough to operate mobile

robots in the cleanroom without interruption.

This enabled what was technically impossible

in 2013.

Together with partner PohlCon, Fabmatics

developed charging pads seamlessly

embedded into the cleanroom‘s double

floor. Only one of the usual cleanroom floor

panels needs to be replaced, avoiding costly

modifications. Energy transfer occurs

contactlessly via a magnetic field, generating

no particles. Furthermore, the wireless

charging system from the wireless charging

specialist also offers fire protection advantages.

Towing chains or open contacts that

could cause particle abrasion and sparks are

unnecessary.

Flexible, maintenance-free, and futureproof:

automated process charging

The greatest advantage, however, lies in the

principle of in-process charging. Instead of

scheduling fixed charging times, Fabmatics‘

robots charge during their normal operation,

for example, when loading and unloading

wafer cassettes. Thanks to the high positioning

tolerance of Wiferion systems, it is sufficient

for the robot to briefly hover over the

charging pad. Even small deviations do not

lead to charging interruptions. Every short

pause is enough to keep the energy level stable.

Separate charging zones, long breaks, or

manual interventions are unnecessary. This

also makes the solution particularly spacesaving.

In addition to the minimally invasive

installation, the charging system impresses

with its high flexibility: thanks to its modular

design, the charging infrastructure can be

adapted to changing layouts – a significant

advantage in mature production environments

that are regularly expanded or reconfigured.

This results in a maintenance-free

charging infrastructure that integrates seamlessly

into any existing production environment

and scores points not only with

cleanroom suitability but also with future

security.

No towing chains or tripping hazards:

new application areas

„The combination of wireless energy supply

and process-integrated charging is ideal for

our applications,“ explains Carsten Grunert.

„We could already realize 24/7 operation

before – but today, it happens much more

flexibly, maintenance-free, and with the

highest process purity. A real benefit for our

systems! The high flexibility has also enabled

us to explore new application areas.“

Fabmatics has now integrated Wiferi-

Charging during operation: The mobile robot

is charged via a charging panel

in front of the handling station and continues to

operate without separate charging breaks.

(Source: Fabmatics GmbH,

Photographer: Sven Claus (FotograFisch))

on technology into additional robot series

previously limited by the constraints of conventional

charging systems. Since the charging

pads can also be mounted vertically on

walls, they are suitable for vertical applications

such as floor lifts. Especially for material

transport across multiple floors, the technology

offers advantages: without the need for

mechanical connections or towing chains,

which typically involve cables for energy

transfer, potential tripping hazards and fire

risks are eliminated. Additionally, the wireless

solution allows for quiet, seamless integration

into ongoing operations.

Conclusion: A major gain for automation

in the semiconductor industry

By integrating Wiferion‘s technology, Fabmatics

has overcome a key hurdle in automating

cleanroom processes. The inductive

energy supply enables maintenance-free,

process-integrated operation of mobile robots

even in highly sensitive production environments.

For the semiconductor industry,

especially for 200-mm wafer factories

with their historically grown structures, this

represents a significant efficiency leap. Inductive

charging thus becomes a key factor

for the next level of automation.

item Industrietechnik GmbH

D 42699 Solingen


page 5/63

People in cleanrooms:

Ergonomics, health, productivity

and safety

Cleanrooms are highly sensitive work environments where precision,

cleanliness, and process safety are top priorities. In addition

to airflow management, filtration technology, and material selection,

the human factor has always played a central role. However, in recent

years, ergonomic, health, and safety-related conditions are increasingly

coming into focus, as they significantly influence the stability,

efficiency, and quality of sensitive processes — even under strictly

controlled cleanroom conditions.

Ergonomics as a Success Factor in the Cleanroom

Working in a cleanroom often involves long periods of sitting, high

concentration, and precise, repetitive movements. At the same

time, protective clothing and defined workflows restrict freedom of

movement. Lack of ergonomic support can quickly lead to physical

fatigue, poor posture, and decreasing concentration — with direct

impacts on process quality and safety.

An ergonomically designed seating solution supports the body

where stresses occur: through dynamic sitting, stable spinal support,

and individual adjustability. The goal is to promote natural movements,

reduce static loads, and enable an upright, relaxed sitting

posture — even during longer work sessions.

Health and Concentration — Thinking Long-Term

Health in the cleanroom is more than just a matter of comfort. Musculoskeletal

strain, tension, or fatigue not only affect well-being but

also increase the likelihood of errors. Especially in sensitive production

or laboratory processes, decreasing concentration can have significant

consequences.

Modern cleanroom chairs therefore rely on mechanisms that

automatically adapt to movements and support dynamic sitting. Features

such as synchronized movement sequences between the seat

surface and backrest relieve the spine and promote micro-movements

that stimulate blood circulation. Individually adjustable seat

height, depth, and armrests allow the chair to be precisely tailored to

body size and activity — a crucial contribution to long-term health.

Productivity Through Ergonomic Stability

Productivity in the cleanroom arises where ergonomic stability and

freedom of movement are balanced. A work chair must provide support

without restricting movement and offer flexibility without appearing

unstable.

Seating solutions like the TEXON have been specifically develo-


page 6/63

they do not release particles or cause electrostatic discharges. Materials,

surfaces, and construction are therefore critical.

A consistent hygienic design relies on smooth, seamless surfaces,

rounded transitions, and encapsulated mechanisms. These features

prevent particle buildup and enable cleaning and disinfection

processes that reliably achieve the same hygienic condition every

time. As a result, hygienic safety remains permanently stable regardless

of cleaning frequency or intensity.

Skintec: Material Innovation for Cleanroom and Human

A central element of modern cleanroom seating solutions is the covering

material. Skintec, a surface specially developed for cleanroom,

laboratory, and ESD applications, combines several requirements

that have long been considered difficult to reconcile.

The material is permanently conductive — even in light colors —

thus supporting protection against electrostatic discharges. At the

same time, Skintec has a closed, smooth surface that does not attract

particles and is easy to clean. Its fully encapsulated structure prevents

abrasion and material fatigue, even with intensive use.

Furthermore, Skintec contributes to ergonomic quality: the surface

is soft and shape-stable, providing a consistently comfortable

sitting experience even during long periods. This clearly shows that

material choice is not only a matter of hygiene or ESD safety but also

has a direct impact on the person at the workplace.

Design as Motivation in a Functional Environment

Cleanrooms are often characterized by functionality and technicality.

Nevertheless, design can make an important contribution to

work motivation. Clear lines, reduced forms, and deliberately placed

design elements support orientation and create a pleasant working

atmosphere — without compromising functional requirements.

In the case of TEXON, this approach is exemplified by the characteristic

connecting element between seat and backrest. It symbolically

represents the connection between human and technology

and makes ergonomic function visible without emphasizing it. Design

thus becomes a supportive element in everyday work.

Conclusion: The Human as an Integral Part of the Cleanroom

Cleanroom processes are only as stable as the conditions under

which people work in them. Ergonomics, health, productivity, and

safety are directly interconnected and cannot be considered in isolation.

Modern seating solutions demonstrate how these requirements

can be combined — through thoughtful ergonomics, hygienic

construction, and innovative materials like Skintec.

The human is thus understood not as a disturbance factor but

as an integral part of the cleanroom. Consistently ergonomic workplace

design helps make processes safer, more efficient, and more

sustainable — and ensures the long-term quality of sensitive work

environments.

ped for these requirements. Its ergonomic design supports changing

work positions and precise tasks equally. The movement mechanism

responds to the user, not vice versa — an approach that promotes

concentration and reduces work interruptions. This creates a stable

foundation for consistently high work quality.

Safety in the Cleanroom: Focus on Hygiene and ESD

In addition to ergonomic aspects, safety requirements play a central

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

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


page 7/63

New handling solution for cleanroom technology: With lift2move

cleanroom, EXPRESSO offers its first mobile lifting and transport system

that is certified according to ISO 14644.

The lift2move cleanroom control unit allows users to move

the lift precisely and automatically to up to eight freely selectable

heights at up to eight different lifting speeds, with manual

movement always remaining possible.

Tailor-made for use

in clean rooms

With the new lift2move cleanroom, the intralogistics specialist

EXPRESSO is offering for the first time a mobile

lifting and transportation system certified according to

ISO 14644. This makes the German company part of a small

circle of manufacturers capable of implementing such cleanroom-compatible

material flow solutions. The new feed

device expands the lift2move model range and is designed

for use in electronics and semiconductor manufacturing,

optical industry, and research departments of many other

sectors.

ditions of ISO 14644 class 5 cleanroom standards. The new lifting

system received the corresponding certification from the Fraunhofer

Institute for Production Technology and Automation (IPA) just

a few days ago. “With this ISO 14644-certified innovation, we are

expanding our lift2move model range with a lifting and transport

solution that makes life easier for many manufacturers of electronic,

microelectronic, and optical components,” says Oliver Stauch-

Vaupel, head of the powered handling and transport devices division

at EXPRESSO.

High Stability and Precise Material Handling

Semiconductors and insulators, mechatronic and fine mechanical

precision components, sensitive optics, and many measuring components

cannot be manufactured quality-assured without strict

adherence to cleanliness standards. Many manufacturers in these

industries have therefore established enclosed areas within their

facilities, equipped according to various cleanroom classes according

to ISO 14644. However, when it comes to setting up efficient

material flow paths in these rooms, the same problem repeatedly

arises: the higher a cleanroom is classified, the fewer suitable lifting

devices, transport systems, and conveying systems are available on

the market. As a solution to this dilemma, the German intralogistics

specialist EXPRESSO now presents its first cleanroom-compatible

lifting and transport system: the lift2move cleanroom, a mobile feed

device with an electrically powered lifting mast that meets the con-

The lift2move cleanroom is designed as a system solution with an

electrically powered lifting mast and a boom for holding workpiece

carriers, components, or containers. It can handle payloads of up to

180 kg and can move its load freely in space, lifting and lowering over

a stroke of 1,600 mm. Its basic equipment is based on the premium

version of the lift2move, which EXPRESSO offers under the name

Solution. This includes, among other features: a tip-over-proof,

low-profile stability chassis for easy and comfortable maneuvering,

noiseless, roll-resistant polyurethane wheels that comply with ESD

standards, and a three-stage operational brake that allows the rear

steering wheels to be either locked, braked, or to rotate and pivot

freely. Additionally – and this is a highlight – the engineers at EX-

PRESSO equipped it with the intelligent VPC position control. It

allows the user to precisely and automatically approach up to eight

freely selectable heights with up to eight different lifting speeds,

while manual approach remains always possible. This way, the lift-

2move cleanroom supports the realization of handling processes

that require exact and repeatable feeding, positioning, and removal

of workpieces or carriers. “And since the chassis allows an underfloor

clearance of 492 mm and an underclearance height of 88 mm, the


page 8/63

The lift2move cleanroom from EXPRESSO has a tilt-proof, low-lying

stability chassis for comfortable maneuvering, as well as non-marking,

quiet-running polyurethane casters that comply with ESD standards.

boom or load pickup of the lift2move cleanroom can also enter the

construction spaces of plants and machines. This enables uninterrupted

material handling,” emphasizes Oliver Stauch-Vaupel.

Thoughtful and Ergonomic Design

As a cleanroom-certified lifting and lowering device, the new

lift2move cleanroom from EXPRESSO is made almost entirely of

stainless steel and aluminum. All surfaces are bead-blasted, electropolished,

or anodized. This also applies to the control cabinet

mounted at the back of the lifting mast at waist height, which

houses, among other things, the lead fleece batteries (18 Ah BV at

24 V) and an integrated wireless control unit. On the outside of the

housing are the emergency stop switch and a charge status indicator.

Above the compact control cabinet is the ergonomically shaped

two-hand maneuvering handle, which allows the 550 mm wide and

overall 2,335 mm high lift2move cleanroom to be moved safely, easily,

and precisely.

ISO 14644 cleanroom-certified lifting and conveying equipment

like the lift2move cleanroom are not mass-produced products

and belong to the top tier of modern handling technology.

Their development and production impose the highest demands

on the manufacturer. It is advantageous for EXPRESSO that the

company consistently relies on Made in Germany, has many decades

of practical experience from numerous industry projects,

and always aims to incorporate the latest ergonomic insights into

its system solutions. “This is especially evident when we develop

customized load handling solutions for specific handling tasks. In

the future, our engineering will also pay increased attention to the

particular requirements of cleanroom and sterile room technology,”

says Oliver Stauch-Vaupel.

EXPRESSO Deutschland GmbH & Co. KG

D 34123 Kassel

Clean Room Design

Glatt Process & Plant Engineering

Pharma+Biotech provides a

holistic planning that brings

together all interfaces and

engineering disciplines in

advance.

Cleanrooms as an integral part of

complex system planning.

Let‘s develop your

optimum solution.

ppe.glatt.com

www.reinraum.de | www.cleanroom-online.com NEWSLETTER | Ausgabe DE 05-2023

Seite 9/103

5 steps to digital HACCP management:

Efficiency and legal certainty

in the cleanroom

Responsible for quality management in the cleanroom face a mammoth

task every day: ensuring HACCP guidelines (Hazard Analysis

and Critical Control Points) are adhered to without gaps. While production

technology is often „state of the art,“ quality management

(QM) in many places still operates with the „pen and paper era.“ And

that can become a problem.

„Analog“ processes in quality management often lead to lengthy

procedures and tie up unnecessary resources. The risk: a single mistake

in QM workflows or incomplete cleaning history can have fatal

consequences, for example in pharmaceutical or food production:

not to mention the resulting damage to the manufacturer‘s reputation.

Intelligent digitalization provides a remedy here. With specialized

software like the industry-standard e-QSS used frequently in

industrial quality management, HACCP checks can be managed via

smartphone and evaluated in real time.

This is where smartphone, app & co. help

Here you will learn how to digitize your HACCP management in five

steps and what advantages modern app solutions offer. Before implementation,

the question arises: What makes good QM software?

For seamless and legally compliant processes in the cleanroom, modern

IT today mainly offers the following features:

– Key figures in real time: With suitable QM applications, all involved

parties access a „dashboard“ that displays quality-relevant key

figures in real time. If deviations from target values – for example

in food samples – are detected, the system alerts immediately, not

after a delay due to manual data entry.

– Intuitive checklists: Modern apps are self-explanatory. In cases of

high staff turnover or language barriers among employees, selfexplanatory

digital checklists significantly reduce error rates and

decrease the need for time-consuming training.

– Interactive guidance and avatars: Modern systems guide the user

step-by-step through important processes, such as preparing for

an audit. Virtual advisors support daily QM tasks and ensure consistent

data quality.

– Image references instead of lengthy texts: A photo of a perfectly

cleaned laboratory can serve as both a target standard and proof.

This replaces complicated descriptions and is quickly understandable

for cleaning teams.

– Integrated translation: To overcome language barriers, manuals

and inspection instructions can be easily translated into various

languages – a fundamental requirement for global standards.

In 5 steps to secure processes

If you want to switch from analog lists to a digital system,

a structured process is recommended. It could look like this:

Step 1: Create a reliable data foundation

A smooth data infrastructure is the foundation. It‘s not just about

collecting data, but about its availability. Backend (server/database)

and frontend must be seamlessly connected. Only a valid data set

enables automated evaluation, saving time and improving error analysis.

A smartly organized data pool is the basis for any process optimization.

Step 2: Integrate mobile devices

In the cleanroom, data must be collected where it is generated: directly

on-site during work. Employees equipped with smartphones

can document in real time or trigger tickets for deficiencies. This

increases flexibility and massively reduces response times to deviations.

Step 3: Manage workflows in real time

Digital tools enable immediate comparison of target and actual

values. This goes beyond mere control: it allows „predictive maintenance“

of production equipment. If data shows a deviation from

the target – for example, a temperature drop in cooling units – intervention

can occur before damage happens. An important lever for

gapless HACCP management.

Step 4: Targeted use of specialized apps

Specialized applications have been precisely developed to meet

HACCP management requirements. They offer tamper-proof documentation

and flexible planning of control cycles. For example,

inspection catalogs and performance specifications can be adapted

to laboratory or production conditions without losing validation capability

– even after updates.

Step 5: Managing service providers through networking

Cleaning management is often outsourced to external companies.

Central software connects clients and service providers. Decisionmakers

on both sides can see in real time, for example, whether a


page 10/63

sluice has been cleaned according to regulations or if there are training

deficiencies among external staff. Transparency builds the necessary

trust and legal security in case of an audit.

Data integrity and training as success factors

In the work within the cleanroom, data integrity is paramount.

Modern software offers seamless traceability of who made which

change and when. This is essential for compliance with GMP standards.

Equally important is training planning. Digital systems allow

proof of each employee‘s training status individually. Before an inspection,

it can be demonstrated with a click that all staff members

are qualified for their specific tasks in the cleanroom. Any deficits

are immediately visible through automated reports.

The digitalization of HACCP management is not an end in itself.

It ensures efficient workflows and legally compliant documentation.

But not only that: it is also a response to rising cost pressures and

skilled labor shortages. By automating routine tasks with software

and apps, valuable personnel resources are freed up. Experts can focus

on complex tasks, while IT ensures legally compliant and gapless

evidence documentation.

Those who rely on digital solutions today make their HACCP

management resilient to crises, transparent, and prepared for future

requirements.

Eva Neumann

Oswald Neumann

About the authors:

Eva and Oswald Neumann have jointly led Neumann & Neumann

Software and Consulting GmbH in Steingaden, Bavaria, for 34 years.

The company is a reliable innovation partner in quality assurance

and a market leader in this field. Neumann & Neumann offers the

QM software e-QSS, including process consulting. The QM software,

popular in facility and quality management, is used in over 100

different trades across more than 80 countries and provides the perfect

basis for the intelligent digitalization of quality inspections and

processes.

Neumann & Neumann Software und Beratungs GmbH

D 86989 Steingaden

www.reinraum.de | www.cleanroom-online.com NEWSLETTER | Ausgabe DE 05-2023

Seite 11/103

Completed cleanrooms of cleanroom class C and cleanroom class B:

qualified infrastructure with air supply and clear material and personnel

routes. (Copyright: io)

Employee training in the clean room: instruction on CliniMACS Prodigy®

and practice of qualified procedures. (Copyright: io)

io accompanied

PROVIREX from the

initial idea to the

successful realization

of state-of-the-art

clean rooms for ATMP

production

Instruction and process training on CliniMACS Prodigy®. (Copyright: io)

With the completion of the new cleanrooms for the manufacturing

of Advanced Therapy Medicinal Products (ATMP), PROVIREX has

achieved a milestone for cell and gene therapy in Germany. io was

involved from the very beginning as a consulting and planning partner

– from concept development through planning and implementation

to qualification support.

Safety and process check: Review of work instructions for the airlock

process and entry into the S3** area. (Copyright: io)

Innovative project for groundbreaking therapies

PROVIREX Genome Editing Therapies GmbH is a highly innovative

biotech company specializing in the development of novel gene

therapies. The new cleanrooms at TecHHub Hamburg meet the

strict requirements of safety level S3** and are GMP-compliant.

They enable PROVIREX to apply the proprietary Brec1 technology

as a stem cell therapy within the framework of initial clinical trials.

Using the so-called gene scissors Brec1, the blueprint of the AIDS

pathogen HIV is cut out of the DNA of the infected cell, and the vi-

Entrance airlock to the production area: fully protected employee before

entering the GMP cleanroom. (Copyright: io)


page 12/63

Holistic expertise for complex requirements

As an independent consulting and planning firm, io supported the

project across all phases. Starting with feasibility analysis and concept

development, through basic and detailed design, to implementation

support and interface coordination at TecHHub. The services

included, among others:

– Planning and integration of GMP cleanroom and laboratory areas,

considering TGA requirements

– Project management and coordination of all trades (HVAC, electrical,

MSR) as well as coordination with the client and authorities

Clean room with daylight and a view of the city: employees in full

protective gear on their way to the process area. (Copyright: io)

rus is eliminated. For the first time, it may be possible to remove the

virus instead of keeping it in check with antiretroviral therapy, as is

common with previous treatments.

Additionally, the new cleanrooms at PROVIREX in Germany will

soon allow significantly more cancer patients to benefit from CAR-T

cancer therapy, including people living with HIV who face difficulties

accessing such therapies due to increased safety requirements

for laboratories.

A strong signal for the future of gene therapy

„We are proud to have supported PROVIREX in this pioneering project.

The new cleanrooms are a crucial step for the development of

innovative therapies against HIV and cancer,“ explains Dr. Thomas

Centner, Principal Consultant at io. „Our interdisciplinary expertise

in pharma/biotech, TGA, and architectural planning helped realize

a cleanroom project that meets the highest safety and quality standards

and creates one of the most beautiful cleanrooms in Hamburg,

where qualified staff find an appealing working environment – unique

in Germany.“

io

D 69115 Heidelberg

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

Annex 1 Compliance through Intensive Support in Consulting,

Implementation and Inspection

GMP Upgrade for Bulk

Production and Aseptic Filling

Similasan AG develops and manufactures homeopathic medicines. The company, based in Jonen in

the canton of Aargau, employs around 100 people in Switzerland. Its product range includes more

than 110 homeopathic preparations approved by Swissmedic. Similasan is the world‘s largest manufacturer

of natural eye drops.

gempex supports Similasan AG.

The existing sterile filling line for eye drops, the bulk production

clean room area, and the WFI system needed to be adapted to the

requirements of the new Annex 1. The challenges included the remediation

of the existing plant during parallel running production,

upgrading the QM system, flexible resource reinforcement, and passing

the related inspections.

Overall project management for all sub-projects was required as

well as comprehensive consulting and intensive active support for

all necessary accompanying qualification measures – from URS to

PQ. Support was provided for the technical design of the filling line

conversion. After replacement, the WFI system had to be brought

through phases PQ I-III.

Furthermore, the planning and execution of the validations,

including the aseptic process simulation, had to be supported. The

entire QMS had to be adapted to the new situation. QA tasks were

taken on as a temporarily outsourced service. Together with the customer,

the inspections had to be prepared, witnessed and followed

up. Commissioning support completed the package of tasks.

In close coordination with the customer, support was provided

primarily on site with a team of up to four people, supported by additional

subject matter experts, for example in the field of IT validation.

A temporary deputy QA manager was installed. An experienced

consultant led the project and was available at all times to answer

any critical questions.

After an intensive upgrade, the old aseptic filling line was successfully

adapted to the high requirements of the new EU GMP Annex

1 guideline, the inspections were passed. Future-proof, Similasan

AG can now manufacture and distribute eye drops in accordance

with the latest and highest quality standards.

Key Performances of gempex in this project were:

– GMP upgrade

– EU GMP Annex 1 Consulting

– Project Management

– URS, SMF

– Qualification, Validation, SOPs

– QMS upgrade and QA support

– Construction, design

– CSV according to GAMP

– Swissmedic inspection support and assistance– CSV nach GAMP

– Swissmedic Inspektionsbegleitung und Support

gempex GmbH - THE GMP-EXPERT

Besselstr. 6

D 68219 Mannheim

Telefon: +49 621 8191190

Telefax: +49 621 81911940

eMail: info@gempex.com

Internet: http://www.gempex.de


page 14/63

Conductive energy chain with self-supporting

function eliminates the need for space-consuming

shielding

INGENIEURBÜRO &

REINRAUMSERVICE

EGON BUCHTA GMBH

Space-saving,

abrasion-resistant,

and conductive:

Compact e-skin soft

ESD for clean rooms

With the growing demand for electric vehicles and the increasing

spread of AI, the need for lithium-ion batteries and microchips

is also rising. As these technologies need to deliver more

and more power, they are also becoming more sensitive and

place high demands on the production environments. With the

e-skin soft ESD, igus now introduces a new energy chain for

cleanrooms that is not only abrasion-resistant but also conductive.

For designers, it is a game changer because it allows significantly

more flexibility and space savings in the routing of

cables.

Microscopic electrostatic discharges (Electrostatic Discharge, ESD) are

invisible to the eye but can damage sensitive products in semiconductor

and electronics manufacturing. Accordingly, it is crucial that all machine

components used near these products have ESD protection. However,

this is not a given when routing power and data cables, as they are usually

not conductive. „Many designers implement special shields, which,

however, waste valuable space in the cleanroom,“ says Kira Weller, product

manager for e-chains and cleanroom expert at igus. An equally im-

„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

– Blower-Door-Test

With e-skin soft ESD, igus is launching an abrasion-resistant and conductive

energy chain for clean rooms, which ensures greater safety in chip and

battery production. (Source: igus SE & Co. KG)

www.reinraumservice.de

NEWSLETTER | EDITION EN 02-2026

page 15/63

practical alternative is to keep a large distance

from the product, which can also lead to

space issues. To solve this dilemma, igus has

developed a new variant of the cleanroomcompatible

energy chain e-skin soft: the e-

skin soft ESD, a compact e-chain that is not

only abrasion-resistant but also conductive

thanks to additives in the material. Electrostatic

charges can be dissipated via the connection

elements, similar to a lightning rod.

Kira Weller: „For designers, the new energy

chain is a game changer because it can be

used without additional shielding near the

product.“

Space-saving e-chain enables

tight bending radii

The e-skin soft ESD is designed to be compact

and requires minimal installation space.

It consists of an upper and a lower shell, forming

a closed pipe housing that securely

encloses cables, wires, or media conduits.

It is made from an in-house high-performance

plastic that allows a tight bending radius

of 55 mm. The internal height varies depending

on the version between 20 mm, 24

mm, 28 mm, and 40 mm, while the internal

width ranges from 33 mm, 48 mm, 68 mm,

to 85 mm. Another special feature: thanks to

its oval geometry and defined stiffness, the

e-skin soft ESD can, unlike conventional

corrugated hoses, also realize free-standing

lengths. This makes a guide unnecessary.

Furthermore, the energy chain proves to be

particularly durable, reaching a lifespan of

more than 20 million double strokes.

2025 Annual Review

Productive, sustainable, and

digitally toward the future

Once again, last year demonstrated that „made in Eschweiler“ technology

is also used in extraordinary projects – from space robots to a parking

tower to fitness equipment. To create more space for its own products

and customized solutions, Rodriguez took a forward-looking step in 2025:

With the inauguration of a new, state-of-the-art manufacturing hall and

the continuous transition to a new ERP system, more and more production

processes are running digitally, and workflows are integrating even

better.

On the way to the highest cleanliness

level ISO Class 1

The e-skin soft ESD meets the strictest

cleanroom requirements. „The high-performance

plastic is extremely abrasion-resistant,

so no particles are generated even

during operation with rapid movements,“

emphasizes Kira Weller. Particles from the

cables cannot escape either, as the upper

and lower shells can be joined together

with a zip-lock principle to form a closed

pipe. „This guarantees both cleanroom suitability

and quick filling and maintenance

of the cables,“ says Kira Weller. Tests in the

in-house cleanroom laboratory in Cologne,

developed in collaboration with the Fraunhofer

Institute for Production Technology

and Automation (IPA), have already yielded

very good results for the new energy chain.

Official certification is expected in the coming

weeks.

igus SE & Co. KG

D 51147 Köln

2025 was an eventful year for Rodriguez: Among other things, a state-of-the-art production

hall was put into operation. (Image: Rodriguez GmbH)


page 16/63

One of the highlights was the inauguration of the new

manufacturing hall at the beginning of the year: The

3,000-square-meter building offers plenty of space for

manufacturing its own products and customized solutions

– a real milestone for linear technology. This is

accompanied by further digitization steps in manufacturing,

optimized workflows, and stable production

processes, also thanks to a future-proof, company-wide

ERP system. Additionally, a modern ventilation system

and LED lighting ensure minimal energy consumption.

„With our new building project, we have shown that sustainability

and automation are not opposites, but complement

each other well,“ said Gunther Schulz, Managing

Partner of Rodriguez GmbH.

Sustainability is also reflected in the use of a Munich

startup, which Rodriguez has supported this year with its

ball joint connections. In the company‘s vertical parking

tower, cars are parked one above the other – saving valuable

space in cities and reducing ground sealing. The

ball joint connections ensure the safe storage of the tower‘s

rotating drive system. Since this year, Rodriguez‘s

ball screw spindles have also been used in an innovative

application: they are integrated into a special barbell

with movable handles. The „Squeezebar“ thus offers

high smoothness of operation and stability against tipping,

ensuring high performance.

But it’s not only the technology that shaped the past

year; the people at Rodriguez also played a key role:

Continuous training on digitization, new apprentices,

and numerous trade fair appearances, including at All

about automation, bauma, SpaceTech.NRW, automatica,

and Night of Companies, showcase the company‘s

full innovative strength.

At the end of the year, Rodriguez has a special tradition:

Instead of giving gifts to customers and business

partners, the company makes donations to charitable

organizations in the region. In 2025, donations will go

to, among others, the Ronald McDonald House in Aachen,

which provides a temporary home for parents of

seriously ill children near children‘s hospitals. Additionally,

Rodriguez supports the Vinzenz Home in Aachen,

which enables people with disabilities to participate in

social life. The animal protection association and the

animal shelter of the Städteregion Aachen e.V. will also

receive donations.

Rodriguez GmbH

D 52249 Eschweiler


page 17/63

CFD simulation reduces risks in expensive cleanroom projects

Prevention instead of damage control

Cleanrooms are costly construction projects. The investment volume ranges between €1,000 and €5,000 per square meter,

and in semiconductor manufacturing, it can be significantly higher, at up to €20,000 per square meter. A cleanroom with an

area of 1,000 square meters can therefore quickly reach costs in the millions. Nevertheless, many builders forego a measure

that accounts for only a fraction of the total investment but can minimize key risks: flow and particle analysis using CFD

simulation (computational fluid dynamics).

Discussions with manufacturers and equipment suppliers reveal a

surprisingly uniform picture: simulations are rarely used in early project

phases — often only when unexpected flow phenomena, particle

recirculations, or dead zones occur during operation. In such cases,

causes must be identified retrospectively and sometimes corrected

at high cost. Merkle CAE Solutions, specialized in numerical simulation

calculations, is often only brought in after problems have already

arisen. Many of these challenges could be avoided in advance

through digital analyses.

On average, a CFD simulation costs about one to two percent

of the construction costs of a cleanroom. For a project volume of

one million euros, this amounts to approximately 5,000 to 20,000

euros — a sum that is relatively small compared to potential followup

costs. The simulation enables proactive assessment of airflow,

visualization of particle movements, and analysis of temperature

fields. Dead zones, undesired vortices, or critical particle concentrations

can thus be identified before construction begins. This

provides crucial planning security for operators of sensitive production

facilities, such as in optics, medical technology, or pharmaceuticals.

Flow processes in cleanrooms are highly sensitive to even the

smallest changes in geometry, equipment, and operating parameters.

Experience alone is often insufficient to reliably predict complex

interactions. Here, simulation serves as an objective basis to

design air outlets, filter positions, or machine arrangements so that

the specified cleanliness classes are maintained permanently. Poor

planning can cause significant economic damage — for example, if

a customer refuses to commission because particle deposits impair

product quality.

„With multiphysics simulations, we can now already simulate the

cleanrooms, including the planned production and work environment.

This way, we know not only if the cleanroom itself functions

but also if the planned production can run disturbance-, germ-, and

particle-free,“ says Dipl.-Ing. (TU) Stefan Merkle, Managing Partner

of Merkle CAE Solutions GmbH.

Merkle CAE Solutions therefore understands CFD analysis not

as an additional element but as an integral part of proactive cleanroom

planning. It helps to minimize risks, avoid rework, and ensure

the functionality of highly sensitive production environments.

For builders, this means that relatively low planning effort protects

against costly corrections during ongoing operation.

Merkle CAE Solutions GmbH

D 89518 Heidenheim

Clean room in the semiconductor industry.


page 18/63

Successful

collaboration for

pure media

generation

Reinraumüberwachung

neu gedacht

With the installation of a new purified water (PW) generator,

the Syntegon subsidiary Pharmatec and Vetter not

only advanced the site expansion in Langenargen; they

also laid the foundation for an extended partnership.

With over 75 years of experience, Vetter Pharma-Fertigung GmbH

& Co KG is a leading global Contract Development and Manufacturing

Organization (CDMO) for injectable APIs. The company is

experiencing long-term growth and a steady increase in demand.

To meet this demand, Vetter has been investing in the expansion

of its portfolio and sites for years. One of them is Langenargen

in Germany, where Vetter has been filling liquid and lyophilized

products into vials and syringes since 1998.

The highest quality standards

The facility currently has four filling lines, two more will be added

in the future. This requires meeting certain conditions. For

example, a sufficient supply of pure media such as water or steam

for feeding and cleaning the lines is essential. Until recently,

two generators produced purified water (PW) by reverse osmosis

in Langenargen. Whenever the larger of the two units was out of

operation for sanitization purposes, the smaller one was no longer

able to meet the demand.

To secure production capacity and prepare for an increase in

the future, Vetter needed another PW generator. Here, the company’s

high quality standards played an important role – and lead

to a very specific requirement for the project in Langenargen:

Vetter was looking for a solution that could produce PW in WFI

quality.

Syntegon Technology GmbH

Blaufelder Straße 45

Telefon: +49 7951 4020

D 74654 Crailsheim

Internet: http://www.syntegon.com

eMail: packaging-ph@syntegon.com

HTS401 - hochgenauer Feuchte- und

Temperatursensor für anspruchsvolle

Klimaregelung

Industrieprozesse unterliegen oft hohen

Anforderungen: extreme Umgebungsbedingungen,

aggressive Medien,

chemisch-intensive Reinigungsprozesse

und gleichzeitiger Bedarf nach

präzisen, ausfallsicheren Messdaten.

Genau hier setzt der HTS401 an. Klassische

Sensorlösungen stoßen dabei

schnell an ihre Grenzen – etwa durch

Kondensation, Korrosion, Temperaturextreme

oder aufwendige Wartungsprozesse.

www.epluse.com/hts401


page 19/63

Revolutionary chips for materials research

Fraunhofer IPMS closes gap

in the characterization of

organic semiconductors

The Fraunhofer Institute for Photonic Microsystems IPMS has developed innovative

chips that are revolutionizing the characterization of organic

materials and accelerating the development of new electronic applications.

A newly developed measuring adapter allows for the first time

simultaneous contact with up to eight interdigital electrode pairs,

setting new standards in precise material analysis. In the context of

the growing demand for flexible and efficient technologies, these

high-precision measurement methods will be instrumental in improving

the performance of future electronic systems.

Exploded view of the measurement adapter

showing the position of the AX1580 chip. The

red sockets connect to the gate, while the SMA

sockets each connect to a source-drain pair. ©

Fraunhofer IPMS

Fraunhofer IPMS has made a significant

breakthrough in materials research. The

newly developed chips, which use interdigital

electrodes, enable sensitive and innovative

materials to be analyzed much more efficiently.

These materials include those used

in organic light-emitting diodes (OLEDs),

organic solar cells, organic field-effect transistors

(OFETs), and metal oxide-based gas

sensors. This greatly simplifies the testing

process, shortens development times, and

represents a significant advancement in

next-generation electronic technology development.

To tailor this performance to different

applications, Fraunhofer IPMS has collaborated

closely with partners and clients over

the past few years. Project manager Henry

Niemann explains, „We have continuously

refined the chips, for example, by introducing

new electrode geometries and materials

and making adjustments to the gate oxide

material and thickness.“ Until now, the

simple and parallel contacting of multiple

electrodes has been a particular challenge.

However, with the new measurement adapter,

Fraunhofer IPMS has succeeded in closing

this gap. The adapter enables the parallel

contact of multiple interdigital electrode

pairs, significantly increasing the efficiency

New measurement adapter for simultaneous

contacting of up to eight interdigital electrode

pairs. © Fraunhofer IPMS

and quality of the testing process.

Group leader Alexander Graf adds: „Our

customized chips allow materials researchers

to accurately measure and optimize

important parameters, such as conductivity,

field effect, contact resistance, and charge

carrier mobility.“ This lays the foundation

for developing, optimizing, and reproducing

materials and processes for customized solutions

that meet industry‘s specific requirements.

A selection of interdigital electrode

chips and the new measurement adapter

will be presented at Analytica 2026 at the

Fraunhofer booth A3 - #312. There, interested

visitors will gain insights into specific

application possibilities. Individual appointments

can be arranged in advance via

Chip AX1580, 15x15 mm², with 8 gold interdigital

electrode pairs with a channel width of 10 mm

and channel lengths of 2.5, 5, 10, and 20 µm.

The chip itself can be used as a gate electrode;

the gate oxide between the gate and the interdigital

electrodes is typically SiO2 with a thickness

of 230 nm. © Fraunhofer IPMS

the website of the Fraunhofer Institute for

Photonic Microsystems IPMS.

Fraunhofer-Institut für Photonische

Mikrosysteme IPMS

D 01109 Dresden


page 20/63

Fraunhofer

supports

automotive

supplier Brose in

entering the

space and satellite

business

The automotive supplier Brose is planning to enter

the space and satellite sector. In October, the family-owened

company formed strategic partnerships

with Fraunhofer-Institute for High-Speed-Dynamics

EMI, Fraunhofer Institute for Silicate Research

ISC and the BERLIN SPACE Consortium (BERLIN

SPACE).

The automotive supplier Brose is planning to enter the space

and satellite sector. In October, the family-owened company

formed strategic partnerships with Fraunhofer-Institute

for High-Speed-Dynamics EMI, Fraunhofer Institute for

Silicate Research ISC and the BERLIN SPACE Consortium

(BERLIN SPACE). The goal is to develop small satellites,

key components for space technology, and highly efficient

electric drive systems together, and to manufacture them in

industrial series production.

The Fraunhofer Institute for High-Speed Dynamics EMI and the

Fraunhofer Institute for Silicate Research ISC are supporting the

automotive supplier Brose in entering the space and satellite

business. © Fraunhofer EMI


page 21/63

Through these partnerships, Brose

combines its decades of experience

producting mechatronic

components and systems for automobiles

with its partners’ scientific

and technological expertise. In addition

to infrastructure, Fraunhofer

also contributes comprehensive

know-how in satellite technologies

and materials. BERLIN SPACE is

developing electric Hall-effect propulsion

systems that move small

satellites in space in a particularly

efficient and durable manner.

Together, they aim to small satellites

ranging from 50 to 500 kg,

bring new technologies to market

faster, and strengthen the international

competitiveness of Germany

as a space location. Series production

will be set up at the Brose

Würzburg plant.

»Thanks to our cooperation with

Fraunhofer and BERLIN SPACE we

can transfer our extensive technological

expertise to the space sector.

This allows us to develop innovative

solutions for the industrial series

production of satellites and propulsion

systems at our Würzburg location,«

says Raymond Mutz, CEO of

Brose SE.

New SUSS production

site in Zhubei has

officially opened

– Largest international investment project in the company‘s history

completed on schedule

– Site to support strategic, medium-term growth targets with

additional production capacity

– First tools from new production facility to be delivered

to customers in early 2026

SUSS, a leading supplier of equipment and process solutions for the semiconductor

industry, celebrated the opening of its new production site in Zhubei, Taiwan, at the

end of October 2025, marking an important strategic milestone. “We have built more

tools than ever before in the past two years and operated our global production network

at full capacity. In Zhubei, we are creating additional capacity to support our

medium-term strategic growth plan,” said Dr. Thomas Rohe, Chief Operating Officer

(COO) of SUSS. The company now has similarly high and flexible production capacities

in Germany and Taiwan, which can be used for different solutions depending

on customer demand.

The new location has the potential to double the cleanroom production ca-

The partners also emphasize the

strategic importance of this collaboration:

Prof. Dr. Frank Schäfer,

Head of Business Unit Space

at Fraunhofer EMI: „Combining

research expertise and industrial

manufacturing competence creates

the basis for the efficient, scalable

production of satellite components.«

Norbert Pilz, CEO BERLIN SPACE:

»Our Hall-effect drives are ideal for

small satellites – they are compact,

precisely controllable and energyefficient.

With Brose, we can massproduce

this technology to industrial

standards.«

These strong partnerships help to

close Europe‘s industrial capability

gap in the NewSpace sector

and ensure access to cutting-edge

technologies in international competition.

Fraunhofer-Institut für Kurzzeitdynamik,

Ernst-Mach-Institut, EMI

D 79104 Freiburg

Zhubei, Taiwan / Production Facility


page 22/63

pacity in Taiwan to 6,300 square meters. The new site has a total

indoor area of around 18,000 square meters and offers more than

400 SUSS employees in Taiwan a state-of-the-art building for

production, development, service, training, and administration.

Due to the high growth in recent years, the workforce in Taiwan

was most recently spread across a total of eight locations, which

will be vacated once the relocation is complete. The company

has invested around € 15 million in the new Zhubei site in recent

months – primarily for office and clean room installations. This

makes Zhubei the largest international infrastructure project in

the history of SUSS to date.

Grand opening with more than 100 guests from the semiconductor

community

During the grand opening, which was attended by more than 100

customers, suppliers, political representatives, local authorities, and

SUSS employees, Dr. Thomas Rohe highlighted the significance of

Taiwan for the company: “A few years ago, we made a conscious decision

to establish SUSS’s only production site outside Germany in

Taiwan. Since then, we have built a strong reputation as an employer

and become an integral part of the Taiwanese semiconductor community.”

He also expressed his gratitude to the employees for their

dedication: “Everyone involved in the project has worked tirelessly

to meet the ambitious schedule, making it possible for us to celebrate

this opening today – just one year after signing the long-term

lease agreement.”

Expansion of production capacities for future tool generations

close to customers

In his speech, Burkhardt Frick, CEO of SUSS, emphasized Taiwan‘s

importance for the semiconductor and semiconductor equipment

industry: „Taiwan offers a unique ecosystem with highly skilled workers

and suppliers, as well as leading chip manufacturers who produce

the majority of the most advanced semiconductors for the global

market. We are proud to be part of this ecosystem and to work with

our customers to develop pioneering solutions for the industry.“ As

an example, Frick cited the heterogeneous integration of chip modules,

which shifts a larger portion of the innovation potential to the

backend of the semiconductor value chain. SUSS is addressing this

trend with its Advanced Backend Solutions business unit, which

contributes two-thirds of the Group‘s sales with coating, imaging,

and bonding solutions. In Taiwan, SUSS currently produces temporary

bonders, coaters, and UV projection scanners – all solutions

from the Advanced Backend Solutions segment. The first tools to be

built in Zhubei are scheduled for delivery in early 2026.

SUSS MicroTec SE

D 85748 Garching


High-tech company presents new brand identity at Swiss Plastics Expo

Further development into a series

specialist for small plastic parts:

1zu1 becomes 1zu1scale

From Prototype Specialist to Production Partner for Series:

The high-tech company 1zu1 has systematically evolved over

the past few years. This is now also reflected externally: the

company will operate in the future as 1zu1scale in the market.

At the Swiss Plastics Expo in Lucerne, 1zu1scale presented

the new brand and plans for the new year. In 2026, the

series specialist will increase capacity in injection molding

and continue investing in innovative 3D printing technologies.

Founded in 1996, the high-tech company renamed itself 1zu1 Prototypes

in 2002 and focused the brand on 1zu1 in 2017. Since then, the

company has increasingly developed from a prototype and smallseries

specialist into a partner for series production. The number

of parts manufactured has increased tenfold over the past ten years.

With state-of-the-art 3D printing machines, injection molding

production, and integrated toolmaking, 1zu1scale now produces

small, precise plastic components in series quality within a short

time.

The new brand appearance developed together with Silberball

Brand Management emphasizes the transformation: the industry

pioneer from Dornbirn (Austria) offers quickly scalable solutions.

Thus, 1zu1scale accelerates the market launch of innovative products

for customers in the DACH region. The legal company name remains

unchanged for now.

„All technologies aim towards series production. We have been

shaping the future of 3D printing for over 25 years and also focus on

small and particularly demanding injection molding components.

Where robust, delicate structures and complex geometries are required,

we help further — without detours, in rapid succession,“

emphasizes CEO Thomas Kohler.

With the new brand appearance, 1zu1scale, the long-advancing

transformation into a series manufacturer is also visible externally.

„Most companies now produce usable prototypes themselves. When

it comes to moving to series production, we step in as professionals

and accompany them. The immediate scalability option can become

a game-changer for specialized industries like medical technology

and electronics,“ says Thomas Kohler with conviction.

Investments in Capacity and Quality

Presentation of 1zu1scale (from left): Jan Löfving (Chief Executive Officer,

Prototal Group), Thomas Kohler (Chief Executive Officer, 1zu1scale)

and Ronnie Petersson (Chief Commercial Officer, Prototal Group).

(Photo: 1zu1scale)

As a practical partner of machine manufacturers, 1zu1scale has accompanied

many technological milestones. With investments in

know-how, machines, processes, automation, and quality assurance,

the high-tech company has advanced industrial manufacturing

in 3D printing over the past few years. Simultaneously, quality and

batch sizes in injection molding have also been increased. Manufacturing

has been carried out in a cleanroom for ten years. By mid-

2025, certification according to EN ISO 13485 will complete the offering

for customers from medical technology.

With the recently installed sinker EDM machine, 1zu1scale is

expanding its range to include durable steel tools. „In-house manufacturing

opens new doors. This makes us a continuous production

partner from small series to millions of units,“ says Thomas Kohler.

Throughout the year, 1zu1scale will also expand capacity in 3D printing

with investments in additional large-scale machines of the latest

generation.

Positioning within the Prototal Group

Since 2022, 1zu1scale has been part of the international Prototal

Group, headquartered in Jönköping, Sweden. Northern Europe‘s leading

provider for industrial 3D printing manufacturing is also active

in injection molding. 1zu1scale covers the DACH region and focuses

on delicate and precise small components. The specialization enables

tailored customer service with high flexibility. „Small, delicate

components will now be handled by 1zu1scale, while for others we

rely on our partners within the Prototal Group. This consolidates resources

and reduces costs for all parties,“ explains Thomas Kohler.

All services of the group are also available in the DACH region

through the Dornbirn company: from traditional prototype construction

to large-series production. The increased integration is a

central component of the growth strategy of the Prototal Group, as

CEO Jan Löfving emphasizes: „International standards, local supply

chains, and pan-European networking guarantee maximum speed,

flexibility, and efficiency. In 2026, we aim to fully establish ourselves

across Central Europe. 1zu1scale, as a pioneer in the DACH region, is

opening the doors.“

1zu1 Prototypen GmbH & Co KG

AT 6850 Dornbirn


page 24/63

Electronics manufacturing:

ESD-safe and low-mark

gripping

Sensible electronics move perfectly – with the new suction cup material HT1-

ESD from Schmalz. The material addresses several critical issues in electronics

manufacturing simultaneously: it leaves hardly any marks on components, reliably

protects against electrostatic discharge (ESD), and withstands temperatures

up to 170 degrees Celsius.

A tiny fingerprint on a semiconductor wafer, a barely noticeable electrostatic discharge, a

conductive trace that can release particles. The consequence: costly defects or contamination.

Until now, manufacturers had to make compromises. Schmalz now combines all requirements

in the new suction cup material HT1-ESD.

The high-performance material combines the properties of two proven materials, HT1

and NBR-ESD. The HT1 component ensures minimal imprint handling, as it leaves only minimal

chemical residues on components. At the same time, it withstands heat up to 170 degrees

Celsius without losing its mechanical or chemical properties. Its high ozone resistance

and wear resistance significantly extend the lifespan of the suction cups. Cracks or material

degradation do not occur, ensuring operational safety.

Without critical additives

Schmalz improves the benefit for users through the material composition: The suction cup

material HT1-ESD, thanks to NBR-ESD, does not require external coatings and conductive

traces. These conductive additives can detach during wear, impair ESD protection, contaminate

the process, and lead to yield losses. Electronics manufacturers benefit from the new

material HT1-ESD with clean surfaces, which significantly reduce scrap. Maintenance and

downtime are reduced, and machine availability increases.

The suction cups made from the HT1-ESD material are suitable for various applications

in electronics manufacturing due to minimized marks and maximized ESD protection: from

household appliances to consumer electronics, semiconductor manufacturing, and final

assembly. To meet all workshop requirements, Schmalz offers the suction cups in different

designs.

J. Schmalz GmbH

D 72293 Glatten

Safe handling of sensitive electronics: The new

suction cup made of HT1-ESD material moves

printed circuit boards with minimal marks and

provides reliable protection against electrostatic

discharge. (Image: J. Schmalz GmbH)


Systematic wafer handling: Suction cups

made of HT1-ESD material protect against

electrostatic discharge and ensure the surface

quality of sensitive electronic components.

(Image: J. Schmalz GmbH)

page 25/63

The winner is the Architectural Office Telluride

New physics building at TU Berlin

The new physics building with the Center for Integrated Photonics Research

(CIPHOR) on the East Campus of the Technical University of Berlin (TU Berlin)

will be constructed according to the plans of the architectural firm Telluride. As

part of an expert colloquium, the Senate Department for Urban Development,

Building, and Housing, as the client, the Senate Department for Science, Health,

and Care as the needs provider, and TU Berlin as the future user, agreed on the

design by the architectural firm Telluride. This followed a two-stage procurement

process with an initial participation competition, in which five general planning

teams submitted solution proposals for implementing the space and functional

program.

The design impresses with clear, functional

architecture and a compact construction.

For the nearly triangular plot between

the Interdisciplinary Center for Modulation

and Simulation (IMoS) and the economic

building of the Berlin Zoo, located close to

Zoologischer Garten station, the planners

envisage a building with five upper floors.

The entire new building covers a usable

area of 4,496 m² with a cost framework

of 93.75 million euros, of which 6.7 million

euros are allocated for new research equipment.

In addition to federal funding of 31.325

million euros, TU Berlin is financing the new

building from its own funds.

Christian Gaebler, Senator for Urban

Development, Building, and Housing:

This is what the new physics building will look like in the future.

„We are building for Berlin. The Senate

Department for Urban Development, Building,

and Housing, as the client, makes an

important contribution to strengthening the

scientific city of Berlin with the research

building. The architectural firm Telluride

has come up with a design that more than

meets the modern requirements for the

building for experimental physics. Teachers

and students will have an optimal environment

there after completion to successfully

learn and research future technologies such

as photonics, quantum physics, and semiconductor

research.“

Dr. Ina Czyborra, Senator for Science,

Health, and Care:

„Photonics, quantum physics, and semiconductor

research are key sciences that

will shape our technological future. They

enable faster data processing, more precise

measurement methods, and entirely new

applications in medicine, communication,

and energy. With the new building, we are

creating an environment where these technologies

can be advanced and their potentials

for Berlin and beyond can be unlocked.

The partial funding of CIPHOR through

federal research funding is also a reflection

of Berlin‘s scientific policy success, further

strengthening its leading role in these future

fields.“

The new TU Physics building is the triangular building in the centre.

Lars Oeverdieck, Chancellor of TU Berlin:


page 26/63

„I am very pleased with the jury decision

and even more so that progress is now

being made with great strides. TU Berlin urgently

needs this new building, as the existing

physics building is so badly in need of

renovation that only this replacement new

construction can serve as a solution. Only in

this way can TU Berlin continue to meet the

demands of excellent research.“

Prof. Dr. Michael Kneissl, TU Professor

for Experimental Physics and CIPHOR

Spokesperson:

„It was primarily the functionality that

convinced me about this design. The planners

understood very well what is important

for such a specialized building. With the

new physics building, research on integrated

quantum photonics at TU Berlin will

have a forward-looking foundation that will

significantly shape the physics of the coming

decades.“

The facade will reflect the internal organization

outwardly. It will be complemented

by terraces as communication zones and

wooden elements on the upper floors. The

core of the building is the cleanroom planned

on the second upper floor: with a support-free

width of 14 meters, it will provide

optimal conditions for highly specialized

research. Greenery on the facade and roof,

as well as the use of photovoltaics, will ensure

sustainability alongside systems for heat

recovery.

On the ground floor, epitaxy laboratories

and a workshop will be created to facilitate

the easy installation of large equipment.

The laboratories for laser and X-ray

analysis are planned in the basement, while

the areas for photonic quantum technologies

will be located on the first upper floor.

They will be heavily vibration-isolated and

temperature- and humidity-controlled for

optimal research conditions. Office spaces,

co-working areas, and meeting rooms will

be located on the building side facing IMoS.

The main entrance is on the south; deliveries

are planned via Müller-Breslau Street

from the northeast.

From 2019 to 2021, an urban planning

expert procedure was conducted, confirming

the location of the future physics

building at Müller-Breslau Street 11-12. A

development plan for the Hertzallee North

area is currently being prepared.

Under the leadership of the Senate

Department for Urban Development, Building,

and Housing, the commissioned engineers

will continue to develop and implement

the selected design together with TU

Berlin. The goal is to begin construction in

2028.

Technische Universität Berlin

D 10587 Berlin


Merck launched the ChemiSphere app, a digital tool for scientists to instantly

access product documentation and quality information via 2D barcodes.

Merck Launches ChemiSphere®

App to Simplify Digital Data Access

and Boost Lab Efficiency

– Connects physical products directly to digital workflows to reduce manual steps and boost efficiency

– Enables instant access to product documentation such as safety data sheets (SDS) and certificates of analysis (CoA)

– Built on the Merck M-Trust platform for secure and traceable laboratory processes

Merck, a leading science and technology

company, today announced the launch of

the ChemiSphere® app, a digital tool that

allows scientists to instantly access product

documentation and quality information via

2D barcodes on the Life Science products

offered by Merck. The app is powered by

the company’s secure digital traceability

platform M-Trust and is designed to make

data retrieval faster and more reliable, helping

labs reduce manual steps and improve

data integrity.

“The ChemiSphere® app exemplifies

how M-Trust technology transforms

workflows into seamless digital experiences,”

said Thomas Endress, Head of M-Trust

at Merck. “This application example represents

the future of scientific work, where

physical products and digital data converge

to make customers’ lives easier by instantly

connecting them to the information they

need while ensuring trust in their products.”

The first commercial use case of the

app was developed in partnership with Metrohm

AG, Herisau, Switzerland. Together,

the companies created a solution that transfers

titration and Karl Fischer reagent data

directly from reagent bottles to Metrohm’s

OMNIS titrator. This seamless process

bridges a critical gap in digital data integrity,

significantly enhancing the efficiency of titration

workflows and preventing data transfer

errors.

The launch of the ChemiSphere® app

underscores how Merck is focusing on building

smarter digital tools that simplify daily

lab work and accelerate scientific progress.

“Chemists gain significant efficiency

from even minor workflow enhancements

and minimizing data transfer errors”, said

Rajeev Nair, Head of Chemistry for the Life

Science business sector of Merck. “By linking

reagent data directly to instrument

software and eliminating manual entry, the

Chemisphere® app greatly reduces error

risks and streamlines analytical workflows

in the laboratory”.

Additional app features include:

– Instant access to certificates of analysis

and safety data sheets

– Product authentication via secure

scan, with quality data linked to the

physical item

– Integration with the Merck M-Trust

platform to support digital product

passports and anti-counterfeiting

measures

The app is built on the Merck M-Trust

platform launched in January 2025 to improve

product safety, traceability and counterfeiting

across diverse industries. M-Trust

enables organizations to verify product

quality and authenticity by securely linking

physical products to their digital counterparts,

adding trust and robust quality control

to products and their Digital Product Passports

(DPP).

The ChemiSphere® app is available to

customers on the App Store and Google

Play.

Merck KGaA

D 64293 Darmstadt


page 28/63

MASTER OF PURITY

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


page 29/63

Batch coding as the key

to traceability, product safety

and compliance

Traceability is no longer an optional quality feature today

but is legally required in many industries. Batch coding

forms the basis for transparent production processes, targeted

recall actions, and legally compliant labeling.

Whether food, pharmaceuticals, cosmetics, or technical products

– the clear labeling of production batches is indispensable in modern

production and supply chains. It allows companies to assign

products unambiguously to their manufacturing group and to react

quickly and specifically in case of issues.

What is Batch Coding?

A batch refers to a group of products manufactured under the same

conditions within a defined production period. In batch coding, this

group receives a unique code, usually consisting of numbers, letters,

or a combination of both, which is applied directly to the product or

packaging.

The batch number allows each individual product to be traced

back to its production batch. Unlike serialization, where each product

receives a unique identifier, all products in a batch carry the

same code. Typically, a batch number contains information such as

production date, manufacturing location, sequential numbers, or

quality features. Companies often follow the recommendations of

the GS1 system; it is common to start the labeling with the letter „L“

for lot or batch.

Why Batch Coding Is Indispensable

The importance of batch coding lies mainly in three areas: product

safety, quality control, and operational efficiency. For example, if

contamination is detected in food production, correct batch labeling

enables the recall of only the affected production batch. Without this

assignment, all products might have to be removed from the market

– with significant economic consequences.

Furthermore, batch coding creates transparency along the entire

supply chain. Manufacturers can trace which raw materials were

processed when, which machines were involved, and to which customers

the products were delivered. This traceability reduces liability

risks, protects consumers, and facilitates root cause analysis in

case of quality deviations.

Logistically, batch coding also offers advantages: using the FIFO

principle (First In, First Out), inventory can be managed efficiently,

spoilage can be avoided, and downtime in production can be reduced.

LSS V Batch coding (Copyright: b+b Automationsund

Steuerungstechnik GmbH)

Hand Scan programme (Copyright: b+b Automationsund


STS T Carton batch coding (Copyright: b+b Automationsund



page 30/63

Technologies for Batch Coding

Various printing and marking methods are used for applying batch

codes, depending on material, production speed, and shelf life

requirements:

– Continuous Inkjet (CIJ):

Proven for high production speeds and nearly all surfaces, from

plastics to glass to metal.

– Thermal Inkjet (TIJ):

Low maintenance, precise, and especially suitable for cartons and

folding boxes, increasingly also for smooth materials.

– Laser Marking:

Permanent, smudge-proof markings without consumables, suitable

for high cycle rates and demanding environments.

– Thermotransfer Printing (TTO):

Especially suitable for labels and film packaging, offering high print

quality and durability.

Modern labeling systems can often be combined and supplemented

with camera systems for automatic quality control.

Use in Numerous Industries

FM canister variable data (Copyright: b+b Automationsund


Legal Requirements in Various Industries

In numerous industries, batch coding is legally mandatory:

– Food Industry:

The EU Regulation (EC) No. 178/2002 requires companies to ensure

complete traceability along the entire food chain. Information

about origin and distribution must be made available to authorities

promptly, often within 24 hours. The documentation obligation

generally lasts at least five years.

– Pharmaceutical Industry:

Here, especially high requirements apply. EU Directive 2011/62/

EU mandates not only batch documentation but also serialization.

Additionally, GMP guidelines and regulations from the European

Medicines Agency apply. Retention periods range from at least five

to 30 years depending on the product.

– Medical Devices:

Since the implementation of the Medical Device Regulation

(MDR), medical devices must be marked with a Unique Device

Identification (UDI). This includes the batch number and enables

traceability via the European database EUDAMED. Retention periods

are often between ten and 15 years.

– Cosmetics:

The EU Cosmetics Regulation (EC) No. 1223/2009 mandates mandatory

batch labeling to trace ingredients and manufacturing conditions.

If the required labeling is missing, penalties, sales bans, or other

legal consequences may follow.

Batch coding is relevant in nearly all industries: from food and beverages

to pharmaceuticals, cosmetics, and chemicals to automotive

manufacturing, electronics, and aerospace. Wherever safety, quality,

and traceability are important, it is an indispensable part of production.

An Integral Part of Modern Quality Assurance

Quality management standards such as DIN EN ISO 9001:2015 also

require comprehensive traceability. Batch data provides valuable information

for continuous process improvement, such as analyzing

suppliers, machinery, or production times.

By integrating into ERP systems, batch management is now largely

automated – from goods receipt through production to delivery.

This reduces manual errors and ensures that all information is immediately

available when needed.

Digital Recording and Industry 4.0

In addition to traditional barcodes, QR codes and RFID technologies

are increasingly used. While barcodes display basic information,

QR codes enable the storage of extensive additional data. RFID tags

allow contactless data collection, even without line of sight, offering

significant efficiency gains, especially in logistics and warehousing.

The combination of precise labeling and digital data collection is a

central component of Industry 4.0 and Smart Manufacturing.

Conclusion

Batch coding is much more than a formal obligation. It is a central

element of modern, safe, and efficient production. As regulatory requirements

increase and expectations for transparency grow, its importance

will continue to rise. Companies that invest early in reliable

labeling and traceability solutions lay the foundation for long-term

legal security, quality, and competitiveness.

b+b Automations- und Steuerungstechnik GmbH

D 64760 Oberzent


page 31/63

New process for stable,

long-lasting all-solid-state batteries

Researchers at the Paul Scherrer Institute PSI have achieved a breakthrough on the path to practical application of lithium

metal all-solid-state batteries – the next generation of batteries that can store more energy, are safer to operate, and charge

faster than conventional lithium-ion batteries.

All-solid-state batteries are considered a promising solution for

electromobility, mobile electronics, and stationary energy storage

– in part because they do not require flammable liquid electrolytes

and therefore are inherently safer than conventional lithium-ion

batteries.

Two key problems, however, stand in the way of market readiness:

On the one hand, the formation of lithium dendrites at the

anode remains a critical point. These are tiny, needle-like metal

structures that can penetrate the solid electrolyte conducting lithium

ions between the electrodes, propagate toward the cathode, and

ultimately cause internal short circuits. On the other hand, an electrochemical

instability – at the interface between the lithium metal

anode and the solid electrolyte – can impair the battery’s long-term

performance and reliability.

To overcome these two obstacles, the team led by Mario El Kazzi,

head of the Battery Materials and Diagnostics group at the Paul

Scherrer Institute PSI, developed a new production process: “We

combined two approaches that, together, both densify the electrolyte

and stabilise the interface with the lithium,” the scientist explains.

The team has reported these results in the journal Advanced

Science.

What are all-solid-state batteries?

Electrolytes are key components in rechargeable batteries because

they enable the flow of ions between anode and cathode. Unlike conventional

lithium-ion batteries, all-solid-state batteries have a solid

electrolyte. This makes them doubly superior: First, they contain no

flammable liquid components – so their operation is significantly

safer. Second, all-solid-state batteries with thin lithium metal as

An innovative manufacturing process paves the way for the battery

of the future: In their latest study PSI researchers demonstrate a costeffective

and efficient way to produce all-solid-state batteries with

a long lifespan. The image shows a test cell used to fabricate and

test the all-solid-state battery developed at PSI. © Paul Scherrer

Institute PSI/Mahir Dzambegovic

the anode promise higher energy densities. This could, for example,

allow electric cars to achieve markedly greater ranges in the future.

The problem with densification

Central to the PSI study is the argyrodite type Li₆PS₅Cl (LPSCl), a

sulphide-based solid electrolyte made of lithium, phosphorus, and

sulphur. The mineral exhibits high lithium-ion conductivity, enabling

rapid ion transport within the battery – a crucial prerequisite

for high performance and efficient charging processes. This makes

argyrodite-based electrolytes promising candidates for solid-state

batteries. Up to now, however, implementation has been hampered

by the difficulty of densifying the material sufficiently to prevent the

formation of voids that lithium dendrites could penetrate.

To densify the solid electrolyte, research groups have relied on

one of two approaches: applying very high pressure to compress the

material at room temperature or employing processes that combine

pressure with temperatures exceeding 400 degrees Celsius. In the

latter approach, known as classical sintering, the application of heat

and pressure causes the particles to fuse into a denser structure.

Both methods, however, can lead to undesirable side-effects:

Compression at room temperature is insufficient because it results

in a porous microstructure and excessive grain growth. Processing at

very high temperatures, on the other hand, carries the risk of breaking

down the solid electrolyte. Therefore the PSI researchers had to

pursue a new approach to obtain a robust electrolyte and a stable

interface.

The temperature trick

To densify argyrodite into a homogeneous electrolyte, El Kazzi and

his team did incorporate the temperature factor, but in a more careful

way: Instead of the classic sintering process, they chose a gentler

approach in which the mineral was compressed under moderate

pressure and at a moderate temperature of only about 80 degrees

Celsius. This gentle sintering proved successful: The moderate heat

and pressure ensured that the particles arranged themselves as desired

without altering the material’s chemical stability. The particles

in the mineral formed close bonds with each other, porous areas became

more compact, and small cavities closed. The result is a compact,

dense microstructure resistant to the penetration of lithium

dendrites. Already, in this form, the solid electrolyte is ideally suited

for rapid lithium-ion transport.

However, gentle sintering alone was not enough. To ensure reliable

operation even at high current densities, such as those encountered

during rapid charging and discharging, the all-solid-state cell

required further modification. For this purpose, a coating of lithium

fluoride (LiF), only 65 nanometres thick, was evaporated under vacuum

and applied uniformly to the lithium surface – serving as a ultra-thin

passivation layer at the interface between the anode and the


page 32/63

Best results after 1,500 cycles

Left: Porous solid electrolyte through which lithium dendrites (gray)

can penetrate to the lithium surface (silver); the interface is protected

only by a natural boundary layer (pink). Right: Densely sintered solid

electrolyte produced at the Paul Scherrer Institute PSI with a stabilising

lithium fluoride coating (blue) that prevents dendrite penetration and

protects the lithium surface. © Paul Scherrer Institute PSI/Jinsong Zhang

solid electrolyte.

This intermediate layer fulfils a dual function: On the one hand,

it prevents the electrochemical decomposition of the solid electrolyte

upon contact with the lithium, thus suppressing the formation

of “dead,” inactive lithium. On the other hand, it acts as a physical

barrier, preventing the penetration of lithium dendrites into the solid

electrolyte.

In laboratory tests with button cells, the battery demonstrated extraordinary

performance under demanding conditions. “Its cycle stability

at high voltage was remarkable,” says doctoral candidate Jinsong

Zhang, lead author of the study. After 1,500 charge and discharge

cycles, the cell still retained approximately 75 percent of its original

capacity. This means that three-quarters of the lithium ions were

still migrating from the cathode to the anode. “An outstanding result.

These values are among the best reported to date.” Zhang therefore

sees a good chance that all-solid-state batteries could soon surpass

conventional lithium-ion batteries with liquid electrolyte in terms of

energy density and durability.

Thus El Kazzi and his team have demonstrated for the first time

that the combination of solid electrolyte mild sintering and a thin

passivation layer on lithium anode effectively suppresses both dendrite

formation and interfacial instability – two of the most persistent

challenges in all-solid-state batteries. This combined solution

marks an important advance for all-solid-state battery research – not

least because it offers ecological and economic advantages: Due to

the low temperatures, the process saves energy and therefore costs.

“Our approach is a practical solution for the industrial production

of argyrodite-based all-solid-state batteries,” says El Kazzi. “A few

more adjustments – and we could get started.”

Paul Scherrer Institut

CH 5232 Villigen PSI

WIR MESSEN

NACH NORMEN

ISO 14644

VDI 2083

GMP

ANNEX 1

MEDIZINISCHE DRUCKLUFT

UND WEITERE EDELGASE

ISO 8573 + PHARMACOPEIA

C-tec Cleanroom-Technology GmbH

Tübinger Straße 47 D 72127 Kusterdingen

Tel.: +49 7071 6887180 Fax: +49 7071 688718700

E-Mail: public@c-tec.de www.c-tec.de


Purpose-Built Cleanroom Further

Increases Specialization

Zollner Continues to

Expand Capabilities

in Thailand

Bluechips Microhouse Co., Ltd., member of the Zollner Group, has

today marked the official opening of a new cleanroom facility on

their campus in Chiang Mai, Thailand. The expansion highlights

Zollner’s continuous commitment to expanding capacity and capabilities

across international markets.

Construction of the new cleanroom building began in June 2025

and, due to cooperation across international Zollner sites, achieved

an ambitious schedule to be constructed and certified as ISO Class

7 within six months. The 1000m2 facility has been built as a standalone

structure, allowing for stringent adherence to cleanroom standards

for logistics, assembly and packing.

The opening ceremony was conducted in the presence of both Bluechips

and Zollner management along with our strategic partners

who will be served by the new facility. After receiving a tour of both

the main factory and the newly built cleanroom, guests were invited

to an authentic Lanna market, celebrating both the Thai and German

culture that has defined the collaboration between Zollner and

Bluechips.

Markus Aschenbrenner, Member of the Managing Board, highlighted

the crucial role that expansion in Thailand will play in Zollner’s

strategic outlook going forward, stating: “More than ever, our customers

need Zollner to offer global solutions. By strengthening our

manufacturing network here in Thailand, we continue to ensure a

reliable collaboration with our key partners.”

The new cleanroom facility marks the first expansion since the acquisition

of Bluechips in July 2025 and is an endorsement of Zollner’s

commitment to an expanded global footprint, customer proximity

and increased capabilities.

Zollner Elektronik AG

D 93499 Zandt


page 34/63

RAUMEDIC Expands Executive Board:

Bianca Holler Appointed Chief Human Resources Officer

Bianca Holler, Chief Human

Resources Officer (CHRO) and

Member of the Board of

RAUMEDIC AG.

Strategic HR Projects Successfully Advanced

“With the expansion of the Executive

Board to include a dedicated

CHRO position, we are

structurally anchoring the strategic

importance of our employees

at the highest level,” explains Jürgen

Werner, Chairman of the Supervisory

Board. “Our executive

team has proven itself excellently

over the past year. With Bianca

Holler, we are further strengthening

it and sending a clear signal:

Our employees are the key to

RAUMEDIC’s success.”

Bianca Holler has been part of RAUMEDIC since May 2023 and, in

her previous role as Global Vice President Human Resources, has already

made significant contributions to the strategic development of

HR work. Under her leadership, RAUMEDIC has strategically realigned

its HR operations: from modernizing performance evaluations

and developing leadership culture to systematically measuring and

improving employee satisfaction.

“In my new role as CHRO, I want to help create the right conditions

so that we can continue to foster a culture where people can

realize their full potential,” says Bianca Holler.

More Than 20 Years of Experience in Medical Technology

Holler brings more than 20 years of experience in Human Resources

within the medical technology sector. Before joining RAUMEDIC,

she was Head of Global HR at Ottobock, where she was responsible

for global HR operations as well as sustainable culture and development

projects.

As of January 1, 2026, the Executive Board of RAUMEDIC AG

will consist of four equal members: Bianca Holler (CHRO), Thomas

Knechtel (CTO), Klaus Schabert (COO), and Dr. Robert Schilling

(CFO).

Raumedic AG

D 95233 Helmbrechts


PEARL Project-Setup

Siemens study results redefine

standards for safety, efficiency

and flexibility in life sciences labs

– World‘s first independent comparison test of lab ventilation systems under real-world

stress conditions reveals groundbreaking insights

– Results can be directly applied to design, optimization, and operation of laboratories worldwide

– Siemens further develops its Smart Lab Ecosystem to help create labs of the future that are safer,

as well as more adaptable and sustainable

Siemens has unveiled the results of a comprehensive and independent

study on laboratory ventilation in the area of life sciences. The

study was conducted between November 2024 and February 2025

together with H. Lüdi + Co. AG, a supplier of core components and

system solutions for modern laboratories and a Siemens Xcelerator

partner. The Lucerne University of Applied Sciences and Arts

(HSLU) in Lucerne, Switzerland, was contracted as the independent

research and testing institution to execute all measurement activities.

The project, named “PEARL”, was the world’s first to compare

different lab ventilation and air distribution systems under controlled,

real-world conditions.

During the test phase, three different air supply systems were

controlled and measured in seven different configurations under

comparable situations and were stressed to their limits. The results

are a unique set of data insights for each system, where specific situations

can be compared, addressing various elements like safety

and contamination control, user comfort, system flexibility, adaptability,

and ventilation efficiency.

The study found that precise control of airflow is paramount, leading

to safer, more efficient, and comfortable lab environments. In fact,

oversupplying air can disrupt controlled conditions, elevate costs,

and increase CO₂ emissions. Remarkably, some scenarios required

less than half the volume of air, achieving 45 percent better ventilation

efficiency and demonstrating superior removal of dangerous

gases and heat. Better-controlled airflow also led to up to 29 percent

faster recovery times after simulated spills, directly improving

user safety and comfort. Furthermore, project PEARL advocates for

a shift from designing lab spaces for a single, specific use to creating

flexible, next-generation environments capable of scaling from zero

up to 300 Watts per square meter. These advanced systems are rightsized

and well-controlled, delivering the exact amount of air needed

to maintain safety and comfort while simultaneously saving energy

and reducing emissions.

While conducting the physical tests, Siemens built a digital model

of the complete project setup, including a simulation of the tests

themselves. „Comparing our project PEARL digital model with re-


page 36/63

During project PEARL we tested three leading ventilation systems under

identical, controlled conditions in our pilot lab in Zug. We measured nine

performance factors — from particle removal speed to user comfort to

ventilation efficiency — using heat loads, smart sensors, aerosol recovery

tests, and laser visualization.

al-world measurements revealed amazing accuracy. This validated

knowledge allows us to fine-tune and optimize performance, safety,

and comfort for future lab designs directly within their digital twin,”

said Tim Walsh, Global Solution Director for Life Sciences at Siemens

Smart Infrastructure.

The demand for laboratory space is on the rise in all key geographies,

fueled by R&D investments, biotech innovations and a growing

pipeline of new drugs. In the UK alone, estimates call for one

million square meters of additional lab space in the next five years to

cover predicted research needs. The study´s findings help address

the critical needs for safer, more flexible, and energy-efficient laboratories.

Based on the insights from project PEARL, Siemens has further

improved the Smart Lab Ecosystem (SLE), a modular infrastructure

kit that allows for the creation of highly adaptable and scalable lab

environments that can be tailored to specific research needs, from

basic research to high-containment facilities. The SLE enables up

to 80 percent faster design and configuration of all types of lab environments

up to bio-safety level 2.

„Project PEARL is a game-changer for the laboratory industry,“

Walsh added. „For the first time, we have real-world data that not

only confirms our digital models but allows us to refine them and design

laboratories that are truly optimized for safety, comfort, and efficiency.

The Smart Lab Ecosystem builds on this foundation, offering

our customers a complete, turnkey solution that is both innovative

and future-proof. We are not just building laboratories; we are creating

intelligent environments that will accelerate scientific discovery

and drive progress for years to come.“

Siemens AG

D 80333 München

Luftkeimsammler BioCapt® Single-Use für

ein kontinuierliches Monitoring im Reinraum

Erfahren Sie mehr


Outgassing under control – ensuring purity in semiconductor manufacturing. (Copyright:

Angst+Pfister Sensors and Power AG)

Outgassing: The invisible threat

to semiconductor purity

Key Facts at a Glance

– evolast® sets a new benchmark for semiconductor purity:

engineered to deliver ultra-low outgassing performance that

safeguards process integrity in critical plasma, thermal, and

chemical manufacturing environments.

– The most advanced low-outgassing elastomer: evolast® ensures

contamination-free sealing and long-term reliability in semiconductor

sealing solutions, supporting higher wafer yields and

reduced maintenance downtime.

– 100% European-engineered and cleanroom-manufactured:

evolast® combines four decades of perfluoroelastomer expertise

with validated Thermal Desorption Spectroscopy (TDS) results

confirming total outgassing as low as 0,02 ppm, setting a new

standard for ultra-clean sealing materials.

In semiconductor manufacturing, precision and purity define success.

Within the ultra-clean environments of wafer fabrication, even

microscopic contaminants can jeopardize entire production runs.

Outgassing – the release of gases or vapors from materials under heat

or vacuum – is a silent but serious threat to process integrity.

This is the reason why Angst+Pfister‘s evolast®, a high-performance,

low-outgassing elastomer, is essential in the development of

next-generation semiconductor sealing solutions. Engineered and

manufactured entirely in Europe, evolast® offers unmatched process

stability, purity, and reliability under the industry’s most demanding

plasma, thermal, and chemical conditions.

The Challenge: Outgassing in Semiconductor Environments

In wafer fabrication, material selection can determine whether a

process achieves nanometer-level precision or experiences catastrophic

contamination.

When exposed to vacuum, plasma, or elevated temperatures,

elastomers may release volatile organic compounds (VOCs), moisture,

or other contaminants. These vapors can deposit onto wafer

surfaces, disrupt plasma uniformity, and lead to defect generation or

reduced yield.

Even trace levels of outgassing can alter process chemistry in

chemical vapor deposition (CVD) or etching chambers, causing

costly downtime and cleaning cycles.

Engineers have long sought low-outgassing elastomers that

combine purity with durability. Standard FKM materials often fall

short, particularly under prolonged plasma exposure. The need for

perfluoroelastomer O-rings that perform flawlessly at high temperatures

and under aggressive chemical environments has never been

greater.

The Solution: evolast® FFKM for Ultra-Clean Performance

To address the persistent challenge of outgassing in semiconductor

manufacturing, Angst+Pfister developed the evolast® FFKM range

of engineered sealing compounds that redefine material stability.

Each evolast® formulation combines precise polymer architecture

and controlled cleanroom processing, ensuring minimal mole-


page 38/63

Proof of Performance

Angst+Pfister conducted extensive Thermal Desorption Spectroscopy

(TDS) tests to quantify outgassing behavior under vacuum

conditions representative of semiconductor environments.

– Testing conditions: Temperature ramp from ambient to +200°C

over 120 minutes, then sustained for 120 minutes in a heated

vacuum (total 240 minutes).

– Findings: All evolast® compounds demonstrated exceptionally

low total volatile release.

– Outcome: Minimal molecular emission translates directly into

reduced wafer contamination, stable plasma conditions, and

extended maintenance intervals.

Outgassing under control – ensuring purity in semiconductor manufacturing.

(Copyright: Angst+Pfister Sensors and Power AG)

These results confirm that evolast® performs reliably under thermal,

plasma, and chemical stress, maintaining cleanliness and consistency

in every stage of chip production.

Use Case: Plasma Etching Chamber Sealing

Challenge:

A wafer etching tool operating under high plasma intensity

required sealing materials that would not degrade or release molecular

contaminants during prolonged plasma exposure. Conventional

elastomers exhibited surface erosion and measurable VOC release

after several hundred hours.

Solution:

By switching to evolast® PS341, a perfluoroelastomer developed

for oxygen and fluorine plasma environments, the equipment

achieved stable performance with negligible outgassing. The seals

maintained integrity at up to +330°C with minimal compression set

and no visible surface degradation.

Outgassing under control – ensuring purity in semiconductor manufacturing.

(Copyright: Angst+Pfister Sensors and Power AG)

cular release during operation.

All evolast® grades undergo ultrapure post-cleaning and vacuum

packaging, guaranteeing zero surface contamination before installation.

Material Science Behind the Purity

Through decades of compound development, Angst+Pfister optimized

evolast® FFKM formulation based on polymer backbones ideal

to resist both thermal degradation and chemical attack.

– The PS1 series offers superior resistance for wet chemical processes,

ensuring that seals neither degrade nor leach contaminants

into acid- or solvent-based baths.

– The PS2 series withstands extreme thermal environments such as

LPCVD and rapid thermal processing, with operating temperatures

up to +340°C.

– The PS3 series, designed for plasma and gas deposition, exhibits

exceptionally low outgassing and minimal metal content, critical

for cleanroom operations.

In each case, evolast® maintains sealing integrity across thousands

of process cycles.

Laboratory Validation:

To substantiate this performance, Angst+Pfister conducted

TDS tests on multiple evolast® grades (PS221, PS251, PS321, PS341,

PS342, PS343) to quantify the amount of gas released during hightemperature

exposure under vacuum.

Each sample was linearly ramped from ambient temperature to

+200°C over 120 minutes, then held for another 120 minutes.

The outgassing curves show that all evolast® compounds exhibit

extremely low desorption levels, even during extended high-temperature

exposure.

Video Q&A: Outgassing Testing and Material Purity

In an interview, Simone Lavelli, Technical Expert in Compound

Development at Angst+Pfister, explains how the company validates

evolast® FFKM compounds using TDS and cleanroom manufacturing

protocols.

Viewers will gain insight into the link between molecular purity,

process reliability, and how outgassing control safeguards the integrity

of advanced semiconductor processes.

https://youtu.be/vAsvqtLscRE

Conclusion

In the semiconductor industry, purity defines performance. Every

sealing component plays a decisive role in ensuring process reliability,

equipment uptime, and wafer yield.


page 39/63

With evolast®, Angst+Pfister establishes a new benchmark for

low-outgassing elastomers, combining advanced polymer engineering

with full European production control. Across all evolast® grades,

rigorous TDS testing demonstrates exceptionally low total mass

loss, confirming outstanding chemical and thermal stability under

vacuum and high-temperature conditions.

This performance reflects the precision of evolast® perfluoroelastomer

composition. A highly fluorinated polymer backbone,

optimized crosslink density, and ultra-clean compounding result in

a stable network that resists degradation and oxidation. These characteristics

prevent the emission of contaminants and maintain the

material’s integrity, even in the harsh plasma and chemical environments

typical of semiconductor manufacturing.

The outcome is measurable: consistent sealing performance, reduced

maintenance intervals, and enhanced process purity that directly

contribute to higher wafer yields and lower total cost of ownership.

evolast® combines the resilience required by engineers with

the cleanliness demanded by modern semiconductor production.

By ensuring molecular stability, purity, and process confidence,

evolast® reinforces its position as a critical enabler of semiconductor

innovation – delivering confidence at the core of every chip.

Angst+Pfister Sensors and Power AG

CH 8050 Zürich

SÜDPACK Medica

launches new service

for the healthcare industry

SÜDPACK Medica has introduced a new service called MedHub. Effective immediately,

customers can conveniently order high-quality, pre-made pouches in

standard sizes and defined batch quantities – by phone, email, or online. Manufactured

in ISO-certified cleanrooms, the MedHub packaging solutions are

always in stock and, of course, fulfill the stringent quality requirements of the

healthcare industry.

With a strong customer focus and reliable

delivery – whether on the requested date or

just in time – MedHub is the go-to solution

for medical facilities and suppliers needing

standard pouches quickly and with minimal

effort for efficient, secure product packaging.

At its newly extended facility operated

in ISO 7 in Coulmer, France, SÜDPACK

Medica has streamlined its operations to

enable prompt order handling and fast shipment

of stocked products.

The pre-made pouches can be used at

various stages of the pharmaceutical value

chain – for example, to package products

such as stoppers, filters, or connectors. They

are also frequently used as simple transfer

packaging for items such as glass vials, ampoules,

or syringes, which are essential for

administering liquid parenterals like infusions

– and must therefore remain completely

sterile prior to filling.

In addition to Tyvek roll stock, the current

portfolio focuses on three-side seal

pouches made from film and Tyvek – sterilizable,

puncture-resistant, and highly resistant

to moisture. These pouches provide

excellent barrier properties for maximum

product protection and allow fast, clean

opening, even in high-pressure environments,

thanks to the material’s superior

peelability. For heavier products, SÜDPACK

also offers three-side seal pouches made of

PA/PE in various sizes. These pouches provide

a dependable microbial barrier and are

also suitable for gamma sterilization.

The pouches, manufactured under cleanroom

conditions, are permanently in

stock and can be ordered online at any time.

To ensure maximum quality, safety, and regulatory

compliance, SÜDPACK Medica

provides all relevant certifications. More

information about MedHub is available at

SÜDPACK: MedHub.

The new service is targeted at customers

who require an ongoing supply of standard

products for their daily packaging needs

– and who value convenient ordering and

short delivery times. Of course, SÜDPACK

Medica also continues to provide fully customizable

pouch solutions, offering a free

choice of formats, material combinations,

and opening systems – with both printed

and unprinted options available.

SÜDPACK Medica AG

CH 6341 Baar


page 40/63

Users benefit from cooperation between family business and start-up

Automation makes personalised

medicine affordable

If the innovative strength of startups meets the know-how of renowned family

businesses, something can emerge from the collaboration that benefits not only

the involved companies but also the environment and users. The fluidics expert

Bürkert has entered into a partnership with Green Elephant Biotech, specialists

in sustainable cell culture and laboratory technology. The products clearly demonstrate

the benefits: An innovative cell culture system significantly reduces

the costs of personalized medicine, and the laboratory consumables made from

plant-based plastic polylactic acid (PLA) have a positive effect on the ecosystem.

Felix Wollenhaupt (Green Elephant Biotech)

and Hendrik Faustmann (Bürkert Fluid Control

Systems) are delighted with the cooperation,

which will benefit not only Bürkert and Green

Elephant Biotech, but above all the users.

(Source: Bürkert Fluid Control Systems)

Various products, such as CellScrew® mini adapters from Green Elephant Biotech, benefit from

this cooperation and enable regenerative management, which directly benefits both people and

the environment. (Source: Green Elephant Biotech)

It is not uncommon for the innovative power

of a startup to be stifled once an investor

gets involved and overly complex processes

are imposed. In the collaboration between

the family business Bürkert Fluid Control

Systems and Green Elephant Biotech

(GEB), specialists in sustainable cell culture

and laboratory technology, deliberate efforts

were made to prevent exactly that. This benefits

not only both companies but also the

users (see image 1). As a biotech expert in

sustainable cell culture technology within

the life sciences sector, the startup is an innovative

player in the biotechnology industry.

This know-how and the associated networks

are very helpful for the fluidics expert.

Conversely, the family business brings many

years of expertise in planning and developing

automated fluid solutions. Additionally,

the partnership benefits from regional proximity

and the shared native language. Felix

Wollenhaupt, co-founder and managing

director of GEB, explains: “Bürkert is attractive

to us as a technology partner because,

through the collaboration, we can close gaps

in device development, fluid control, regulation

technology, and also overall system

integration.”

Products for regenerative economics

Various products from GEB demonstrate

the tangible benefits users gain from the

collaboration: personalized medicine and

laboratory consumables made from plantbased

plastics (see image 2). Personalized

medicine can save lives but is often very

expensive. This is because the products are

manufactured in individual batch sizes, yet

they involve a similar level of effort in documentation

and quality assurance as mass

production. The high labor costs are a major

factor behind the high product prices, which

can sometimes reach six- to seven-figure

euro ranges. Automation can help the innovative

cell culture system CellScrew reduce

personnel costs and produce personalized

medicine sustainably and efficiently. As a

result, it can be offered within a price range

that health insurance companies can cover.

The partnership, which combines knowhow

from fluid automation and biotechnology,

creates significant societal added value.

The same applies to the products made

from plant-based plastic (PLA) developed

by the biotechnologists. Conventional laboratory

consumables such as Petri dishes,

pipette tips, or reaction vessels typically rely

on polystyrene, a plastic that is not biodegradable

and therefore problematic in disposal.

Here, PLA alternatives can play an

important role in sustainable business practices.

The product examples clearly show

the economic benefits that can arise from

a collaboration between innovative startups

and renowned family businesses with

flexible structures. The fluidics experts are

therefore open to further collaborations, for

example in the food & beverage, new food,

laboratory, or renewable energy sectors.

Bürkert GmbH & Co. KG

D 74653 Ingelfingen


page 41/63

A new brand image under one umbrella brand

From Infrareal and Pharmaserv to INNEXIS

Authentic and future-oriented: INNEXIS unites its services

under one umbrella brand to strengthen its presence among

customers and stakeholders.

The Infrareal Group now presents a unified brand identity under its

new umbrella brand, INNEXIS. The company group includes Pharmaserv

GmbH, which owns and operates the Pharma & Life Science

Park Behringwerke in Marburg and provides specialized services in

Logistics and Engineering. The group also includes Pharmapark Jena

GmbH as owner and operator of the site in the center of Jena/ Thuringia

and Pharmapark Orth Management GmbH, which owns and

operates the pharmaceutical and biotech site in Orth, Lower Austria.

With a clear strategic focus, the company aims to further strengthen

its role as a leading infrastructure provider for the pharmaceutical

and life science industries. Its focus on the specific needs of pharmaceutical

and biotech companies combined with GxP expertise

and close alignment with key process interfaces ensures safety and

efficiency for its customers.

Why the new brand identity?

Previously, the company’s divisions have operated with separate

profiles. The new joint brand combines all activities in order to streamline

communication and market presence. For customers, partners,

and investors, this means greater clarity, clearly recognizable

responsibilities, and consistent messaging. In the future, they will receive

all information on the services from a single source and so with

simplified access even to the specialized solutions in Engineering

and Logistics. The unified brand presence is designed to enhance

international visibility and support the company’s growth ambitions.

“A new name on its own does not bring change. But with our new

umbrella brand INNEXIS, we speak with one clear voice, combine

our expertise, and provide guidance. This creates exactly what our

customers – from start-ups to global pharmaceutical and biotech

corporations – need: clarity and trust. Under INNEXIS, we are creating

a presence that highlights the strengths of our Pharma & Life

Science Parks and specialized solutions, Engineering and Logistics.

For our customers, partners, and investors, this means a more direct

experience, greater clarity, and easier access to our services”, says Dr

Martin Egger, CEO.

What is changing?

All existing communication channels and brand identities will transition

to the new umbrella brand starting on 9 December 2025. In

addition to the website, this also includes the group’s existing social

media channels and its direct customer outreach.

“Especially in an industry where trust, transparency, and security

are crucial, the unified brand ensures reliability and continuity. Our

customers and partners can rely on finding all relevant information

in one place in future”, says Kerstin von Heemskerck, Director of

Corporate Communications & Marketing.

The transition to the new umbrella brand will take place from

9 December 2025. Early next year, the group’s legal entities will be

renamed and the corresponding entries in the German Commercial

Register and Austrian Company Registers will be updated. With

the launch, INNEXIS will not only present a consistent visual identity

but also set the course for aligning future communication and

growth strategies even more closely with its target groups.

Infrareal Holding GmbH & Co. KG

D 35041 Marburg


page 42/63

Important milestones reached for market launch planned for 2027

Vetter pushes ahead with market launch of

new V-OVS® next syringe closure system

– New studies confirm high user-friendliness and performance

– Finalized design and preparations for serial production underway

– New features set a new standard

ons with several partners along the value

chain. Their consistently encouraging reactions

reinforce our path toward market

launch.”

Vetter, a partner of global pharmaceutical

and biotech companies for the manufacturing

of life-improving medicines, is working

intensively on the market launch of V-OVS®

next, the next generation of its successful

syringe closure system V-OVS®, planned

for 2027. After a successful study completed

in early 2025, Vetter has now achieved

further milestones in ongoing development:

a second human factors study and an important

functionality study confirm positive

results for the new closure system. Additionally,

the design of the new flagship product

has been finalized, and preparations for serial

production have been initiated.

Deeper insights from multiple studies

While the first human factors study focused

on the product and user, the second study

also included a usage-related risk analysis.

It confirms the intuitive, safe, and effective

handling of V-OVS® next. The design was

also rated as user-friendly by study participants.

Among other findings, the probability

of misuse is reduced. Vetter also tested the

structural performance of the new system

during manufacturing and handling.

“Our goal was to combine safety, userfriendliness,

and design in a way that provides

real added value to users,” says Dr. Claus

Feussner, Senior Vice President Development

Service at Vetter. “The positive study

results confirm that we can achieve this goal

with V-OVS® next.”

Early involvement of partners

and suppliers

The multi-stage development process at

Vetter also includes actively involving partners

and suppliers. In the next step, the

company provides its syringe glass suppliers

with samples. This allows suppliers to test

the implementation in their production

across a range of different syringe formats.

“The first biopharma customers already

gave us positive feedback at Pharmapack

2025. Now, we look forward to involving

some glass suppliers and hearing their

opinions on our further developed closure

system,” says Lars Hahn, Senior Vice President

of Global Sales Organization at Vetter.

“We have already had successful discussi-

More intuitive handling, innovative

functionality, high-quality design

The new syringe closure system, developed

based on extensive market studies and customer

feedback, combines intuitive handling,

innovative functionality, and highquality

design. It is suitable for a variety of

syringe formats. In particular, the new system

aims to further improve applications

in ophthalmology, aesthetic injections, reconstitution

solutions, and biologics, making

them safer and easier.

Even after the market launch of the

new V-OVS® next, Vetter will continue to

offer the proven V-OVS® closure system.

With the introduction of the next generation,

Vetter expands its solution portfolio

for syringe-based products. Furthermore,

V-OVS® and V-OVS® next use the same

contact materials, making an upgrade to the

new system a lifecycle measure for existing

medicines or a differentiating feature for

new medicines.

Vetter Pharma International GmbH

D 88212 Ravensburg

V-OVS® next mounted on a syringe. © Vetter Pharma International GmbH


page 43/63

With the HTS401, E+E Elektronik presents the next generation of humidity and temperature measurement:

a modular platform for precise climate control, reduced downtime and reliable readings

even in demanding ambient conditions.

Fail-safe, modular and precise

– the HTS401 from E+E Elektronik

Industrial processes place stringent demands on measurement technology.

Extreme ambient conditions, aggressive media, chemically intensive cleaning

and the need for accurate, fail-safe data are common. Conventional

sensors soon reach their limits – due to condensation, corrosion, tempera-

ture extremes or labour-intensive maintenance. Developed specifically for

these applications, the HTS401 combines a robust protection concept with

high measurement accuracy, easy system integration and a maintenance cept designed to minimise process

coninterruptions.

To keep the sensor ready for operation even

under severe stress, the HTS401 combines

the proprietary E+E sensor coating with the

Condensation Guard, a heated sensing unit

that actively counteracts dew formation on

the sensing element. As soon as the ambient

conditions indicate a risk of condensation,

the sensor temperature is raised slightly

and automatically. This prevents moisture

build-up on the sensor surface and keeps

the output signal stable. Complemented by

the Automatic ReCovery function (ARC),

the sensing element actively protects itself

against harmful chemical influences. This

reduces corrosion-related failures and measurement

drift, extends service life and minimises

maintenance interventions – especially

in applications with high humidity and

routine automated cleaning or sterilisation.

Maintenance without process interruption

– fast calibration via module replacement

With integrated rapidX technology, the

HTS401 simplifies maintenance and calibration:

the sensor module can be replaced

tool-free in the field in just 10 minutes, including

filter replacement and access preparation.

On-site calibration is no longer

required, as each rapidX sensor module is

factory pre-calibrated and delivered with a

digital 3.1 inspection certificate according to

DIN EN 10204-3.1.

High accuracy for stable control

With measurement accuracy up to ±0.95 %

RH and ±0.1 °C and an operating range from

−40 °C to +80 °C, the HTS401 delivers reliable

values from outdoor areas to controlled

environments such as cleanrooms. For ditional flexibility, the HTS401 also calcu-

adlates

key parameters derived from relative

humidity directly in the device, such as dew

point, mixing ratio or enthalpy.

Easy system integration and flexible

versions

The HTS401 supports digital and analogue

interfaces and can be configured using

the E+E PCS10 software. This allows quick

integration into existing automation and

building management systems. Wall-mount

and duct versions are available, as well as

remote-probe variants; an optional display

can visualise multiple measured variables

simultaneously.

Typical applications

The HTS401 is optimised for a wide range

of applications, including high-end HVAC

(e.g. data centers, swimming halls, outdoor

applications), agriculture (greenhouses, stables,

storage and ripening), pharmaceutical

applications (cleanroom monitoring) and

food and beverage processes such as meat

HTS401 wall mount

with display.

(Photo: E+E

Elektronik Ges.m.b.H.)

and cheese maturation.

The HTS401 stands for precise, fail-safe

humidity and temperature measurement

with minimal maintenance effort. As the

successor to the EE212 and EE210, it helps

operators keep processes under stable control,

use energy more efficiently and plan

service interventions more reliably.

E+E Elektronik Ges.m.b.H.

Langwiesen 7

A 4209 Engerwitzdorf

Telefon: +43 7235 6050

Telefax: +43 7235 6058

eMail: info@epluse.com

Internet: http://www.epluse.com


page 44/63

Das internationale Event der Reinraum- und Prozessbranche

Mit dem Code

rronline2026

dein kostenloses

Besucher-Ticket

buchen

24. bis 26. März 2026 · Messe Karlsruhe

Wir freuen uns, Sie im Frühjahr 2026 wieder in Karlsruhe begrüßen zu dürfen.

Neben allgemeinen Themen, wie Regelung und Compliance, Qualifizierung und Validierung,

Service und Dienstleistungen, Messen und Kalibrieren, Ausbildung und Training sowie

allgemeine Qualitätskontrolle und Mikrobiologie fokussieren die LOUNGES 2026 die Bereiche:

• Gebäudeplanung und Architektur

• Reinraumplanung und -ausstattung

• Reinraumbetrieb und Instandhaltung

• Messtechnik und Monitoring

• Lüftung und Klimatechnik

• Bekleidung und Verbrauchsmaterialien

• Reinigung und Hygiene

• Pharmaproduktion und Prozesstechnik

• Anlagenbau und -planung

• Pharmaverpackung und Kennzeichnung

• Prozessautomation und Digitalisierung

• Steriltechnik und Biotechnologie

• Künstliche Intelligenz und virtuelle Welten

• Qualitätsmanagement und Validierung

Buche jetzt dein kostenloses Besucher-Ticket und erhalte vergünstigten

Zugang zu den aufgezeichneten Vorträgen der LOUNGES 2026!

www.cleanroom-processes.de

Die Plattform der Reinraum- und Prozesstechnikbranche


page 45/63

Universities in Rhineland-Palatinate

are granted the right to award doctorates

in research-intensive disciplines

The universities in Rhineland-Palatinate

have reached a significant milestone: with

the decision and announcement by the

Ministry of Science and Health (MWG),

particularly research-intensive disciplines

at universities of applied sciences (HAW)

in Rhineland-Palatinate will in the future

be granted the right to confer doctoral degrees

within three university-wide doctoral

clusters. The University of Kaiserslautern

(HSKL) coordinates the Medical & Environmental

Life Sciences doctoral cluster, which

currently involves the universities of Kaiserslautern,

Bingen, Koblenz, and Trier.

With the right to confer doctorates, qualified

early-career scientists will be able to complete

their doctorates directly at the HAWs

in the future. The HSKL brings extensive

experience in supervising cooperative doctorates:

currently, it supervises around 45

doctoral candidates, 16 of whom are in the

thematic focus areas of the new doctoral

cluster. To ensure high quality, comprehensive

support and qualification structures

have been established.

versity is particularly evident in its four established

research priorities. At the Zweibrücken

location, the focus is on „Integrated

Miniaturized Systems“ (IMS). Here, innovative

bio- and sensor systems are developed,

which can be used, for example, in medical

diagnostics, drug research, or health monitoring.

Modern research infrastructures

such as cleanrooms as well as biomedical,

chemical, and analytical laboratories enable

interdisciplinary collaboration among researchers

from physics, chemistry, biology,

medicine, and engineering.

At the Pirmasens and Kaiserslautern locations,

the research focus „Sustainable Materials,

Products and Processes“ (STAMP)

consolidates activities in the fields of biotechnology

and applied pharmacy. The goal

is to develop sustainable materials, products,

and processes.

Another example of the close integration of

research and practice is the Neustadt Wine

Campus, which was established together

with partner universities and regional institutions.

Here, research is conducted on

sustainable fermentation technologies, mo-

The research-oriented profile of the unidern

diagnostics, and digital solutions for

wine production—with the aim of improving

quality, safety, and economic efficiency.

The performance of the HSKL is underscored

by numerous successfully acquired

third-party funding projects, which are supported

by federal ministries, the German

Research Foundation, the European Union,

and foundations. Current projects include,

for example, novel biosensors, immunotherapies,

rapid virus detection, and the use of

artificial intelligence in life sciences. Future

topics such as dementia research or sustainable

microsensor technology are also in

focus.

In addition to the „Medical & Environmental

Life Sciences“ doctoral cluster, two other

university-wide doctoral clusters with

the right to confer doctorates are starting

in Rhineland-Palatinate: „Applied Computer

Science“ (coordinated by the University

of Trier) and „Sustainable Technology and

Natural Sciences“ (coordinated by the University

of Koblenz), in which the University

of Kaiserslautern is also actively involved

with professors. The evaluation of the doctoral

clusters was carried out by an independent

expert commission chaired by Prof. Dr.

Christian Facchi (Science Council). The assessment

included research profile, organizational

structures, scientific performance,

and supervision experience in doctoral training.

The decision was announced by the

MWG in a press release on January 12, 2026.

With the right to confer doctorates and active

participation in multiple doctoral clusters,

the University of Kaiserslautern strengthens

its role as a high-performance research location

and makes an important contribution

to solving societal challenges in medicine,

environmental and life sciences, as well as

sustainable technology development—thus

advancing the science and innovation landscape

of Rhineland-Palatinate.

Impression vom Forschungstag der HAW. (Copyright: HSKL)

Hochschule Kaiserslautern

D 67659 Kaiserslautern


page 46/63

analytica 2026: More

sustainability in the laboratory

– Focus on Green Lab at the trade fair, conference, and supporting program

– New devices and methods conserve resources

– 3D printing and miniaturization for everyone

Concepts and inspiration for the Green Lab lead the agenda at analytica 2026.

The world’s leading trade fair for laboratory technology, analysis and biotechnology

will be held in Munich from March 24 to 27, 2026.

Innovative analytical devices, less toxic chemicals,

and more artificial intelligence: At

analytica 2026, exhibitors and researchers

from all over the world will show how daily

lab work can be made more sustainable.

“analytica sees itself as a guide to the Green

Lab,” says Exhibition Director Susanne

Grödl. Green Lab concepts are therefore a

common theme running through the trade

fair, the analytica conference, and the extensive

supporting program.

New measurement technologies make

a vital contribution to more sustainability

in the laboratory. The best example of this

are the “electronic noses” from Plasmion.

The analytica exhibitor has developed an

ionization technique for mass spectrometry

that detects trace pollutants and other

substances in solid, liquid, or gaseous samples

– without any time-consuming sample

preparation. That automatically reduces the

consumption of chemicals and other materials.

In any case, much has already happened in

instrumental analysis as far as sustainability

is concerned. Supercritical fluid chromatography

(SFC), which uses liquid CO2 as the

mobile phase, also ensures greater sustainability.

That not only saves organic solvents

but also reduces the energy requirement,

as less pumping is needed thanks to the

lower viscosity of the supercritical CO2. All

the major suppliers of SFC systems will be

at analytica, including Agilent, Knauer, PerkinElmer,

Shimadzu, Thermo Fisher, and

Waters.

Mini components from the 3D printer

SFC chromatography is also on the agenda

in the analytica conference session “Towards

sustainable HPLC” (March 24, 09:30-

11:30). The session will further focus on

miniaturization, as smaller devices require

fewer solvents and other chemicals. Microfluidic

chips for high-performance liquid

At analytica, exhibitors present their solutions for the Green Laboratory

- such as these tubes made from bio-based plastic. © Messe München GmbH

chromatography (HPLC), for example, can

be produced using 3D printers and connected

to standard pumps and detectors. The

session “Green analytical labs of the future”

(March 25, 15:00-17:00) will also focus on

miniaturization and 3D printing. The highlight

here is a 3D-printed laboratory system

called 2LabsToGo-Eco, which combines

chromatography and bioassays, and is powered

by solar energy.

analytica forums: regulation

and best practice examples

For anyone wanting to find out about legal

requirements for sustainability in the laboratory,

the analytica forums are a must. Visitors

will also learn through best practice

examples how they can implement green

concepts in their laboratory. They will find

inspiration, among other things, for plastic

consumables, which are practically indispensable

for laboratories. It is good to know

that analytica exhibitors such as Eppendorf,

Integra, and Omnilab are already adapting

their portfolios to focus on sustainability.

Eppendorf, for example, is already producing

tubes, pipette tips, and other selected

consumables from biobased plastics.

Last but not least, digitalization and

artificial intelligence play a key role in the

Green Lab. After all, it is easy to save energy

and consumables when AI calculates

optimum workflows and test designs. Digital

data acquisition and AI-supported evaluation

also increase the knowledge gain,

rendering some measurements completely

superfluous. In the analytica special show

“Digital Transformation”, visitors will experience

digitized workflows in action.

“The Green Lab becomes reality when

measures in the most diverse areas work

in synergy,” emphasizes Susanne Grödl. “At

analytica, we bring together players from

along the entire value chain, thus setting

the processes in motion that will make the

Green Lab real.”

Messe München GmbH

D 81823 München


page 47/63

ENGEL at Plastindia 2026

New injection moulding solutions

tailored to India’s growth market

Short cycles, low energy consumption,

high output: The Electronica Ventura

150 injection moulding

machine boosts productivity

in mass production.

The ENGEL Group is presenting innovative manufacturing

solutions at Plastindia 2026 in New Delhi from 5 to 10 February,

specifically tailored to the dynamic requirements

of the Indian market. Visitors to the ENGEL stand can experience

two product launches developed exclusively for

India – a fully electric injection moulding machine and a

new two-platen solution from Electronica Plastic Machines

(Electronica), a member of the ENGEL Group since 2024.

These innovations are accompanied by further exhibits demonstrating

how efficiency and precision can go hand in

hand across a wide range of applications.

With its two brands, ENGEL and Electronica, the company highlights

how advanced machine concepts and digital solutions sustainably

enhance competitiveness in key industries such as automotive,

technical injection moulding, medical technology and packaging.

Electronica injection moulding solutions developed specifically for

the local market underline the commitment to offering high-performance,

cost-effective solutions – directly on site and close to the

customer.

Premiere of the highly efficient “Made in India” two-platen

injection moulding solution

ENGEL and Electronica Plastic Machines are presenting a highperformance

two-platen injection moulding machine with 6,500 kN

clamping force at Plastindia 2026. Electronica manufactures the

machine specifically for the Indian market, and it will celebrate its

premiere at the trade fair – marking an absolute first for India.

The exhibit showcases an application from technical injection

moulding, placing the spotlight on the new machine and its enhanced

performance and cost-efficiency. The highly economical twoplaten

injection moulding solution offers high energy efficiency,

short cycle times and outstanding repeatability – even with large

shot weights. The digital assistance system iQ weight control ensures

consistently high quality by compensating for material fluctuations

in real time, which can reduce scrap by up to 50 per cent.

With a generous mould space, short delivery times and robust

machine technology, Electronica provides an attractive solution for

processors seeking reliable and economical production systems in

India’s competitive market. The combination of intelligent software

and efficient hardware creates a clear advantage – delivering greater

process reliability, quality and equipment efficiency.

ENGEL and Electronica launch all-electric innovation for India

Plastindia will also see the unveiling of a fully electric injection

moulding machine from Electronica with a clamping force of 1,000

kN – a first of its kind for the Indian market. This compact innovation

combines high energy efficiency, excellent process stability and minimal

maintenance, offering a competitive edge for manufacturers

in cost-sensitive sectors.

The exhibit demonstrates the production of toothpaste tube

closures – showcasing a solution that helps processors reduce operating

costs, improve part quality and meet stringent hygiene standards.

Thanks to its oil-free drive system, the fully electric machine

minimises contamination risks, while delivering precise, repeatable

results with short cycle times and low energy consumption. It’s the

ideal choice for companies aiming to boost productivity and reliability

in medical and packaging applications.

Tie-bar-less precision with high economic efficiency

At Plastindia 2026, ENGEL presents a compact medical production


page 48/63

cell based on a tie-bar-less victory 50 injection moulding machine

with 500 kN clamping force, demonstrates how precision, economic

efficiency and minimal footprint can be combined in medical

manufacturing.

The key advantage of the tie-bar-less clamping unit lies in the

ability to operate comparatively large moulds on smaller machine sizes.

As mould dimensions often determine machine selection rather

than clamping force, processors can frequently choose a lower clamping

force class. This reduces capital investment and significantly

lowers space requirements – a decisive benefit in cost-intensive cleanroom

environments. The unrestricted mould area also facilitates

automation integration and enables fast, ergonomic mould changes.

The high precision of the victory series is ensured by ENGEL’s

unique Force Divider technology, which distributes the clamping

force evenly across the entire mould mounting area. This guarantees

consistent cavity filling, excellent repeatability and stable part quality,

even in demanding multi-cavity applications.

The trade fair application clearly illustrates these advantages:

The application produces HDPE gel applicator tubes weighing 1.9

grams per part in a four-cavity mould from Vasantha, resulting in a

total shot weight of 7.6 grams and a cycle time of just 11 seconds. The

victory 50 combines high output with reliable process stability and

low space requirements, underlining its suitability for high-volume

medical applications.

The ENGEL tie-bar-less technology enables manufacturers to

achieve precise, space-saving and economically efficient production

concepts without compromising process reliability.

Speed and productivity for packaging and household goods

In the packaging and household goods segments, demand for ever

shorter cycle times continues to rise while maintaining consistently

high productivity. Electronica demonstrates on the Ventura 150 how

it not only meets but exceeds these requirements by producing a utility

box made of PP. The machine processes a shot weight of 95 g

and showcases the potential of the Ventura series. Low investment

costs give customers a clear competitive advantage. The Ventura series

delivers high speed and reliability – an optimal solution for mass

production of consumer goods.

Electronica injection moulding machines combine a robust design

with energy-efficient drive technology and significantly reduce

operating costs. An intuitive control system and easy maintenance

ensure high availability and minimise unplanned downtime. With

the Ventura series, Electronica offers a powerful and cost-effective

solution specifically tailored to the requirements of the Indian

For the first time in India: The two-platen injection moulding

solution from Electronica offers high efficiency, short cycles and

reliable precision for economical production.

market. At the trade fair stand, Electronica demonstrates how the

combination of short cycle times, high precision and low energy

consumption makes the production of packaging and household

items significantly more efficient – and thus sustainably increases

competitiveness.

inject AI – The answer to quality demands and skills shortages

In Indian industry – particularly in medical technology and automotive

supply – quality requirements continue to rise, while the shortage

of skilled workers in process engineering remains a constant

challenge. The ENGEL Group addresses these demands with the

new inject AI framework, which transfers the established assistance

systems to a new level of autonomous machine control. “We integrate

decades of application-specific expertise directly into the machine

control system – this makes expert knowledge immediately accessible

to every employee,” says Gerhard Dimmler, CTO of ENGEL.

In demanding industries, the digital systems ensure complete

traceability and reproducibility, reduce scrap and lower energy consumption.

For the Indian market, this means reduced dependence

on specialised personnel and previously unattained process stability

through AI-based optimisation. The iQ process observer continuously

monitors more than 1,000 process parameters, detects

the slightest deviations at an early stage and provides concrete recommendations

for action before scrap occurs. Together with the

ENGEL Virtual Assistant (EVA) as continuous 24/7 support and the

AI-based part finder for automated spare parts identification, this

creates a digital ecosystem that increases efficiency along the entire

value chain and paves the way for smarter, more autonomous production.

Conclusion

Flexibility with low footprint for modern medical production:

The compact tie-bar-less ENGEL victory 50 injection moulding

machine produces HDPE gel applicator tubes with high

economic efficiency, reproducibility and precision.

With a broad portfolio – ranging from high-precision specialist applications

to robust, cost-efficient solutions for the mass market –

the ENGEL Group highlights its deep understanding of the specific

requirements of the Indian market at Plastindia 2026. The exhibits

and technologies on display demonstrate how customers can sustainably

enhance their competitiveness through innovative machine

concepts, smart assistance systems and strong local presence enabled

by the partnership with Electronica. ENGEL not only supplies

machines but delivers comprehensive, forward-looking complete

solutions that optimally combine quality, efficiency and cost-effectiveness.

ENGEL AUSTRIA GmbH

AT 4311 Schwertberg


page 49/63

Sustainable Needle Protection for Modern Biologics Applications

Schreiner MediPharm to Present

Needle-Trap for Large-Volume

Syringes at Pharmapack

Schreiner MediPharm, a leading developer and manufacturer

of functional labels for the healthcare industry, has

further developed its successful Needle-Trap needle protection

system: The label with an integrated needle trap is

now available also for large-volume syringes, specifically

addressing the increasing requirements of modern biologics

and biosimilars. At Pharmapack in Paris, from January 21 to

22, Schreiner MediPharm was going to present the innovative

product to an international professional audience for the

first time, showcasing the solution at Booth 4B18.

The market for biologics and biosimilars is continuously growing,

confronting pharmaceutical manufacturers with new challenges in

terms of primary packaging. Highly viscous active ingredients (APIs)

with larger molecular structures increasingly require the utilization

of large-volume syringes with fill volumes of up to 5 ml. Reliable protection

against needlestick injuries must be adapted accordingly to

ensure safe production processes and reliable functionality for the

end user.

Considering those demands, Schreiner MediPharm has subjected

its unique Needle-Trap needle protection system to consistent

further development. The label with integrated needle protection is

now usable also for 2.25-ml-, 3-ml-, and 5-ml syringes. Its design and

function have been purposefully adapted to the specific requirements

to ensure reliable protective performance also for large-volume

syringes. In addition, extensive tests ensure reliable production

processes at Schreiner MediPharm and smooth processing of Needle-Trap

on the labeling equipment of pharmaceutical manufacturers.

The key advantages of Needle-Trap are fully retained for largevolume

syringes as well and are even partly enhanced. Compared to

conventional needle protection systems or autoinjectors, the compact

design enables significant savings in terms of material consumption,

costs, and CO₂ emissions. At the same time, pharmaceutical

manufacturers benefit from efficient integration into existing

processes. Processing takes place on conventional dispensing systems

and secondary packaging remains unchanged. Economy and

sustainability are evident along the entire supply chain, from reduced

space requirements for storage, transportation, and cooling, to

more environmentally friendly disposal.

For the first time, Schreiner MediPharm presented Needle-Trap

for large-volume syringes at Pharmapack. At Booth 4B18, trade visitors

received detailed insights into the evolution of the needle

protection system and the entire portfolio of multifunctional specialty

labels for the pharmaceutical industry. Schreiner MediPharm

showcased how innovative label solutions can make an important

contribution to safety, sustainability, and efficiency in the pharma

supply chain.

Schreiner MediPharm

D 85764 Oberschleißheim

Needle-Trap from Schreiner MediPharm is now available also for large-volume syringes, offering reliable protection against

needlestick injuries combined with cost efficiency and sustainability. © Schreiner MediPharm


page 50/63

Material solutions for applications in aviation, electronics, medicine and industry

New generation of

technical particle foams

As requirements increase, traditional particle foams such as polypropylene

or polystyrene often reach their limits. High temperatures,

mechanical long-term stress, or aggressive chemicals are difficult to

handle with these materials and are usually uneconomical.

As a specialist in high-performance plastics, Ensinger now offers

a forward-looking alternative: technical foams based on thermoplastics

such as Polyetheretherketone (PEEK), Polyethersulfone

(PESU), and Polycarbonate (PC). These combine the structural

advantages of traditional foams, such as lightweight construction

and energy absorption, with the outstanding properties of technical

polymers.

Individually adjustable density: The particle foams (polycarbonate

in this case) can be adapted to customer-specific requirements

– from ultra-light foams to materials with higher strength.

Fine cell structure, adjustable density

The manufacturing process is carried out using a newly developed,

energy-efficient method that enables a fine and homogeneous cell

structure. Furthermore, density and material properties can be specifically

tailored to customer requirements—from ultra-light solutions

to load-bearing components.

Various application areas

The particle foams are lightweight, robust, and impact-resistant. Depending

on the plastic, they offer a temperature resistance of up to

300°C (with PEEK) and high resistance to oils, fats, cleaning agents,

or solvents. This opens up new perspectives for demanding applications

in aerospace, electronics, medical technology, and the mobility

sector.

Ensinger is expanding the range of applications for technical particle

foams with thermoplastic polymers such as PC, PESU and PEEK. The

new product line combines the advantages of high-performance plastics

with the structural properties of conventional foams.

Available formats during the pilot phase

The product line is currently in the pilot phase. Ensinger already

supports its customers in the early stages of product development.

Project partners benefit from individual consulting, customizable

material properties, and technical support. The goal is to develop

high-performance particle foam solutions that offer functional and

economic advantages. Beads in various densities and particle foam

panels in sample sizes for trials and testing can already be ordered.

Custom-shaped parts are developed jointly on a project basis.

Ensinger GmbH

D 71154 Nufringen

Material diversity: With PC, PESU, PEEK and other plastics, Ensinger

offers a wide range of engineering plastics that were previously

unavailable in the world of particle foams.


page 51/63

Systec presents the new generation

of autoclaves: the Systec DX

and Systec VX series

The Next Generation

Systec Autoclaves

With the new Systec DX and Systec VX series, Systec GmbH & Co.

KG introduces the next generation of compact and medium-sized

laboratory autoclaves. Building on the technological foundation of

the latest Systec HX series, both lines have been completely redesigned

– with a new design, optimized process architecture, and a

completely new touchscreen control system. The result: faster, more

precise, and resource-efficient sterilization processes with maximum

user-friendliness.

Furthermore, all models come standard with modern interfaces for

digital connectivity, including Ethernet, USB, and optionally Wi-Fi.

The process data relevant for documentation can be automatically

exported in PDF or CSV format, with extended internal storage

enabling archiving for at least ten years. Thanks to tamper-proof signatures,

AuditTrail functions, and complete traceability of all interventions,

the new series meet key requirements of FDA regulation

21 CFR Part 11.

The robust construction of all autoclaves in the Systec DX and Systec

VX series is based on corrosion-resistant stainless steel (AISI 304 /

1.4301) for the frame and casing, as well as pharmaceutical stainless

steel (AISI 316L / 1.4404) for the pressure vessel. The standard operating

range includes temperatures up to 140 °C at 4 bar; optionally,

150 °C at 5 bar are available. Up to five flexible PT-100 temperature

sensors can be configured individually – for pure documentation or

for direct process control. Additionally, up to 100 users and groups

can be set up, each with their own or shared program lists.

Like all Systec autoclaves, the new series are designed for demanding

laboratory applications. Liquids, porous solids, large-volume

media bottles, or waste materials can be reliably and verifiably sterilized

just as easily.

Systec DX Series – Horizontal benchtop autoclaves

for maximum space utilization

The Systec DX series includes seven models with chamber volumes

from 25 to 200 liters. The horizontal design allows for particularly efficient

use of interior space and facilitates integration into laboratories

with limited room. High loading capacities – ideal for standard

laboratory bottles, Erlenmeyer flasks, and bulk containers – combined

with reduced cycle times enable a significant increase in sample

throughput.

With the new control architecture, heating and cooling times are

significantly shortened. Innovative insulation materials meeting cleanroom

standards (without particle emission) simultaneously reduce

energy consumption.

Systec VX Series – Vertical stand autoclaves

for maximum loading height

The Systec VX series includes eight models with chamber volumes

from 40 to 150 liters and is optimized for applications requiring maximum

loading height. Vertical loading allows ergonomic handling


page 52/63

The Systec Connect Documentation System (DS) allows real-time

monitoring of all autoclave processes in the Systec DX and

Systec VX series – intuitively, centrally, and without additional

hardware or software installations. Control visits to the device are

completely eliminated: all ongoing and completed processes are

clearly summarized and displayed in the browser. This facilitates

integration into existing IT environments and significantly increases

the efficiency of all sterilization cycles.

Especially in laboratories with multiple parallel benchtop or stand

autoclaves, continuous monitoring is crucial to immediately detect

error messages and reload the devices after cycle completion without

delay. With Systec Connect DS for the new generation of Systec

DX and Systec VX series, the need for regular on-site checks of each

autoclave is eliminated.

All relevant information is centrally consolidated and can be clearly

retrieved – from program type and remaining runtime to current

temperature and pressure values. Color-coded status indicators

make the system status immediately recognizable. Irregularities

can thus be detected and corrected instantly, significantly reducing

downtime between sterilization processes. Additionally, data from

completed processes can be viewed – including statistics on minimum

and maximum measurement values, F-value, and other parameters.

This allows ongoing processes to be compared with historical

data and long-term process optimizations to be derived.

Systec Connect DS is fully web-based and usable on all common

systems – regardless of operating system or browser. Integration into

existing IT structures is possible without additional software or costly

upgrades.

New Systec DX series and Systec VX series autoclaves.

(Copyright: Systec GmbH & Co. KG)

even with heavy or large-volume samples. A lifting device can also

be used for this purpose.

Thanks to generous usable interior height, Erlenmeyer flasks, media

bottles, and bulk containers can be processed in larger quantities per

cycle. The newly developed process architecture also ensures particularly

fast and energy-efficient cycles.

Numerous options are available for optimizing specific applications

in both the Systec VX and Systec DX series, including:

– Vacuum system for removing residual air from solids and waste

– Radial fan for uniform temperature distribution during the cooling

phase and significantly shortened cooldown times

– Ultracooler for reducing cooldown time by up to 90%

– Steam-air mixture process for pressure-sensitive materials

– Exhaust air filtration

– Superdry drying and many other options.

Digitally networked and centrally monitored:

Systec Connect DS for Systec DX and VX series

To operate Systec Connect DS, only an Ethernet or Wi-Fi connection

within the internal laboratory network is required. All data remains

within the local network; external servers or cloud connections are

not necessary. Connect DS is solely for monitoring – no control commands

are sent to the autoclaves, and no data are altered. Manipulations

or unintentional process modifications are excluded. Access is

only possible via user accounts stored in the autoclave, ensuring that

only authorized persons can view process data and histories.

Systec Connect DS provides complete transparency over all ongoing

and past sterilization processes and ensures more efficient workflows

– especially in laboratories with multiple autoclaves from the

Systec DX, Systec VX, and Systec HX series.

The Systec Connect app is available free of charge.

Complete portfolio – from 25 to 1580 liters

With the new series, Systec now offers three fully redesigned and

harmonized product lines:

– Systec DX series: 25–200 l (horizontal benchtop autoclaves)

– Systec VX series: 40–150 l (vertical stand autoclaves)

– Systec HX series / Systec HX Series 2D: 65–1580 l (horizontal

stand and pass-through autoclaves)

Statement from Systec

“With the new generation of our Systec DX and Systec VX series, we

are consistently continuing our innovation course. The autoclaves

offer maximum efficiency, highest process safety, and future-proof

digital networking. For laboratories and industry, this means: even

faster results, reduced operating costs, and a sustainable improvement

of the entire sterilization process.”

— Systec GmbH & Co. KG

Systec GmbH & Co. KG

D Linden 35440


page 53/63

TOP 7000 Cast dosing system:

Precision and stability

for casting processes

His new precision dosing system TOP 7000 with the addition „Cast“

has been specially developed by Elmet to meet the requirements of

casting, coating, and manual molding applications. It is suitable for

processing from 20- or 200-liter containers and is characterized by

its particularly high precision and process stability. With this, Elmet

expands its product range of dosing systems with an independent

solution for applications outside of traditional LSR injection molding,

for which the systems TOP 700, TOP 3100, TOP 5100, and the

flagship TOP 7000 Pro are designed. Elmet is presenting the new

dosing system TOP 7000 Cast to the public for the first time at

MD&M West in Anaheim, California/USA.

Constant volume flow, stable mixing ratio, reproducible results

The system, specially developed for casting applications, is based

on Elmet‘s high-performance type TOP 7000 Pro and combines a

constant volume flow with a stable mixing ratio. This enables reproducible

component quality, even with materials that have highly

variable viscosity and fillers. Up to five freely configurable ramp

profiles ensure precise and process-safe filling processes. Freely

selectable shutdown criteria, such as time, volume, filling pressure,

or an external start/stop signal, allow flexible adaptation to different

casting processes. Optionally, stored recipes can be called up within

seconds via QR code recipe management. This saves time and

prevents incorrect settings. Additionally, up to six additives can be

mixed into the optimally blended base material with an accuracy of

+/- 0.01%.

The container change, possible from three sides, occurs fully

automatically from the container rim. It takes less than five minutes

for a pair of 200-liter containers, enabling a quick restart. The

fully automatic venting ensures constant process conditions with

each change. The intuitive software and the self-learning control

system, which automatically adapts to the material‘s feed behavior,

reduce operational effort and increase process safety. Feed rates of

more than five liters per minute—depending on viscosity—allow for

short cycle times. In combination with material utilization of up to

99.8% per container, low power consumption of only 150 to 400 Wh

during operation, and low maintenance costs, this results in high

economic efficiency over the entire lifespan, often twenty years or

more.

The TOP 7000 Cast complies with the requirements of EN ISO

13849-1 and is CE, RoHS, and UL compliant. It is designed for all

standard materials, flame-retardant materials, HVI materials, oil-resistant

compounds, medical materials, as well as other special materials.

The processable viscosity range extends from 0.001 Pas to

3,000 Pas. An optional wear-resistant version is available for highly

filled and abrasive materials, designed for continuous operation without

increased maintenance intervals.

For a wide range of industrial applications

As a production solution for changing materials, small batch sizes

and high quality requirements, the new TOP 7000 Cast sets a

clear standard for efficient, stable and reproducible dosing processes

in the casting environment. © Elmet

Typical applications of the TOP 7000 Cast, which require high precision,

material homogeneity, and reproducible filling processes, include

direct filling (casting) of products for high and medium voltage

sectors such as insulators (HVI) and composite hollow-core insulators

(composite hollow insulators), as well as cable joints. Other

applications include manual molding of medical products such as

manifolds (fluid and gas distributors), prosthesis liners, and medical

cushions (orthopedic pillows), optionally with or without dispensing

gun. In the areas of fabric and paper release coating, as well as cable

sheathing, where uniform, controlled material application is required,

the TOP 7000 Cast excels with its continuous, stable volume

flow, even with significant viscosity differences.

ELMET Elastomere Produktions- und Dienstleistungs-GmbH

AT 4064 Oftering


page 54/63

TX/TIX hoses from SMC – temperature-resistant, flexible and food-grade compliant for versatile

industrial applications. (Photo: SMC Deutschland GmbH)

The new hoses meet international standards, offer high temperature and chemical resistance,

and allow flexible installation – ideal for the food, pharmaceutical, and semiconductor industries.

SMC presents polyethylene tubing

from the TX/TIX series for hygiene-critical

industrial applications

With the new polyethylene hose series TX/TIX, SMC presents a powerful

solution for the transport of compressed air, water, or inert

gases for demanding manufacturing and process environments. The

hoses not only provide technical robustness but also regulatory safety,

offering a significant advantage for manufacturers in the food,

pharmaceutical, and semiconductor industries.

„For machine builders and system integrators, the TX/TIX

hoses facilitate global project implementation through standardized

approvals and create planning security in existing

machines,“ explains Olaf Hagelstein, Product Manager at SMC

Germany.

The TX/TIX hoses comply with international standards such as EU

Regulation 10/2011, FDA guidelines, and the Japan Food Sanitation

Act. For plant engineers, this means less effort in approval, faster

market access, and a reliable basis for worldwide use.

Compared to media such as acids, alkalis, alcohols, and fats, as well

as a wide temperature tolerance, the hoses maintain stable performance

even under extreme conditions. This reduces downtime and

increases operational safety.

Opacity to light, various inch sizes, roll lengths, and colors enable a

tailored selection for different applications and upgrades in existing

systems.

In combination with the corrosion-resistant stainless steel fittings

of series KFG2, a durable, low-maintenance connection is created

– ideal for filling systems, packaging systems, dosing stations, water

treatment, as well as processes in semiconductor manufacturing and

laboratory automation.

SMC Deutschland GmbH

D 63329 Egelsbach


page 55/63

The new XTI rupture disc from Bormann & Neupert

by BS&B is manufactured without weld seams,

setting new standards in leak-free performance

for high-pressure applications.

One-piece bursting disc

secures high-pressure

applications

In critical high-pressure applications

– such as demanding

process media like hydrogen,

hydraulic systems, or aerospace

– the tightness of all components

is an essential prerequisite for

safe operation. With the new XTI

burst disc, Bormann & Neupert

by BS&B offers a pressure relief

solution that meets the highest

requirements for leak-tightness,

reliability, and compactness.

The forged burst disc is completely

free of weld connections

and thus avoids potential weak points that can arise from the welding process.

The integrated design of the XTI completely omits separation points, ensuring

absolute tightness and high process safety for plant operators. This also makes

weld inspections and documentation unnecessary; simplifying the technical approval

of systems.

Enhanced safety in focus

Its design also makes the XTI particularly compact and lightweight, making it

ideal for mobile applications or use in confined spaces. A continuous operating

pressure of up to 80 percent of the minimum activation pressure is possible without

increased risk, as well as applications in vacuum or with frequently changing

pressure cycles. Only when the critical pressure is reached does the disc

respond with high precision. Its cross-drilled design prevents fragments from

being released – an important safety aspect to avoid damage to downstream systems.

The maintenance-free XTI burst discs are custom-made by BS&B in all common

materials, with diameters from 0.25 to 1 inch and tailored process connections

– even in small quantities or as single units. Delivery is always ready-to-use, preassembled,

and operational. Of course, the burst discs meet all relevant safety

standards, such as the pressure equipment directive.

Bormann & Neupert by BS&B GmbH

D 40221 Düsseldorf


page 56/63

Highest quality and precision in the µm range

Sliding threaded drives

with a wide range of options

Grinding of the finest lead screws has been a core competence

of the company since its founding over 140 years ago

– today part of the Steinmeyer Group. They form the heart

of the precision sliding lead screws of the manufacturer and

can now be customized through comprehensive manufacturing

options to meet the requirements of various industries

and applications.

Feinmess Suhl manufactures single to seven-start screws with

lengths of up to three meters and offers a wide range of options regarding

thread geometry: from metric, UTS, and Whitworth to trapezoidal,

sawtooth, or custom shapes. Special coatings for enhanced

surface hardness, corrosion protection, or low-friction lubricants

(PTFE) can also be realized — ideal for use in demanding environments.

Additionally, the wear-resistant sliding lead screw drives feature

simple construction, defined smooth operation, minimal play,

and precise form and dimensional accuracy up to tolerance grade

4 for the highest positioning precision in the micron range. Due to

the occurring sliding friction in sliding lead screws, these can also be

dimensioned to be self-locking, with the nut held in place by static

friction on the screw.

Nut variants for greater flexibility

The screws of the versatile sliding lead screw drives from Suhl can be

made from various materials such as steel, stainless steel, or corrosion-resistant

steel, and produced using different processes: grinding

or rolling. Additionally, the company can realize various thread types,

sizes, directions, and pitch numbers according to customer requirements.

The ground screws are available with a pitch of ≥ 0.2 mm and

a pitch angle of up to 40°, with diameters ranging from 2 mm to 25

mm. The same pitch is possible for rolled screws — but with a pitch

angle of up to 90° and diameters from 3 mm to 25 mm.

Special materials and unusual geometries

Maximum flexibility in the design of sliding lead screw drives is offered

by nuts with their various options regarding shape, preload, play,

or material. Shapes such as cylinder, flange, or low-play variants are

available. Furthermore, Feinmess Suhl offers spring-preloaded nuts

for limited axial play or optionally fitted or paired variants for low play

and small torque. Special shapes for installation in customer-specific

spaces are no problem for the manufacturer, as well as adjustments

of torque and axial play — even in small batch sizes. The nuts

can be made from brass, bronze, steel, or stainless steel, or plastics,

according to specific requirements.

Comprehensive lubricant options

Depending on the application and industry, Feinmess Suhl offers

suitable lubricant options such as low-friction grease, permanent lubrication,

as well as cleanroom- or food-compatible variants. Operation

of the sliding lead screw drives without lubricant is also possible.

Steinmeyer Holding GmbH

D 72458 Albstadt

Rolled sliding threaded spindle from Feinmess Suhl with plastic nut.

(Image: Feinmess Suhl GmbH)

Ground sliding screw drive from Feinmess Suhl with chrome steel nut.

(Image: Feinmess Suhl GmbH)


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KAGER offers a wide range of self-adhesive temperature measuring strips.

Product- and process-oriented

temperature controllers

The quick availability of self-adhesive heat and heat measurement

strips for monitoring and documenting temperature

limits is one of KAGER‘s core competencies. Customers

can choose from a wide range of indicators with irreversible

display for use in production, quality assurance, product

development, and logistics. Currently, there is high demand

especially for the measurement strips of the product groups

Tempstrip and Thermoscale. Read here what distinguishes

them and where their main application areas are.

The thermal indicators from KAGER‘s own brand Tempstrip are

available in standard versions with various 5-, 6-, 8- and 10-field scales,

as well as single and multi-field measuring points.

(Image: Kiefer Industriefotografie)

The self-adhesive temperature measurement labels from the range

of the German trading and consulting company KAGER cover a broad

spectrum of industrial and commercial applications. Due to their

simple and reliable handling, especially the versions with irreversible

result display are considered tamper-proof means of visualization,

monitoring, documentation, and traceability of thermal limits. This

group of heat and temperature indicators includes both the labels of

the Tempstrip family and the multilayer indicators of the Thermoscale

type. They are available in various versions and fundamentally

differ in their functionality.

Wide selection for many tasks

The thermo indicators of the KAGER house brand Tempstrip are

flexible stickers for measurement ranges from 29°C to 260°C. They

are available in standard versions with various 5-, 6-, 8-, and 10-field

scales as well as single and multi-field measurement points. This allows

users in product development, logistics, and testing technology

to monitor, for example, the temperatures of tools, components, packaging,

or device surfaces. The accuracy is up to the 100°C limit at

+/-1°C and beyond that at +/- 1.0 percent. Upon request, KAGER can

also supply the Tempstrip measurement strips and points in customer-

or product-specific custom versions. Each packaging unit contains

ten measurement strips or 50 measurement points. From batch

sizes of 5,000, the indicators are also available as roll stock.

The multilayer films of the Thermoscale type, designed for temperature

measurement in process and simulation chambers, machine

housings, and between functional contact surfaces, are part of

the KAGER program. Their multilayer structure with an integrated

microcapsule system visualizes temperature changes in a range from

150°C to 210°C. For example, if it needs to be clarified whether the

process chamber of a drying oven is functioning properly or whether

the heat distribution on pressure rollers is homogeneous, Thermoscale

is the medium of choice. Also in lamination technology, photo-

On request, KAGER also supplies Tempstrip measuring

strips and dots in customer- or product-specific special designs.

(Image: Kiefer Industriefotografie)

Thermoscale covers a measuring range from 150°C to 210°C.

The colouring of the film is triggered by a temperature-sensitive

microcapsule layer inside it. (Image: Kager)

voltaics, connection technology, and wherever the measurement of

temperature changes on surfaces is procedurally relevant and precision

to the last decimal place is not required, this multilayer film can

serve as a simple measuring tool.

Display with color explosion capsules

The visualization in Thermoscale is achieved through various colo-


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rings and color intensities. The clearly readable color scale ranges

from pale light blue to deep carmine red. The temperature-dependent

coloring of the film is triggered by the microcapsule layer inside

it. In this functional layer between the carrier material and the outer

protective layer, tiny color capsules and defined areas with a coloring

substance are located. When a Thermoscale film comes into contact

with a hot or warm surface, these two components react with each

other and color the film.

The intensity of the coloring follows the heat distribution or development.

That is, the color display depends on the achieved temperature

level and the duration of heat exposure. With minimal effort

and without the use of technical measuring devices or complex testing

setups, the user can quickly and clearly get an impression of the

thermal influences on surfaces and components. Thanks to its thinness,

the film can also be applied to curved surfaces. Thermoscale is

available on five-meter rolls and as individual sheets (270 x 200 mm).

Members of a large product family

Tempstrip and Thermoscale are excerpts from the extensive selection

of indicators, both irreversible and reversible measuring and

testing tools, currently provided by KAGER. In addition to other

measurement strips and films, the range also includes color-changing

lacquers and special chalks. Overall, KAGER‘s current assortment

of measuring instruments covers a temperature range from

-17°C to 1,270°C. ms

Kager Industrieprodukte GmbH

D 63128 Dietzenbach

New sizes close gap in GPP5000AL and GPD5000AL series

Expansion of

the gripper range

The Zimmer Group, a globally active manufacturer of forward-looking

automation technology, is expanding its portfolio within the

proven gripper series GPP5000AL and GPD5000AL twice over.

With the new size GPP5025AL for the 2-jaw parallel grippers and

the new three-jaw centric gripper GPD5016AL, targeted gaps in the

size spectrum are being closed and users are being offered additional

flexibility in designing pneumatic gripping solutions.

The series stand for compact, economical grippers with highquality

aluminum profile guide rails (Aluminum Linear Guide).

Compared to conventional T-slot grippers, this precise guide variant

provides significantly better performance and is technically on par

with many other market-standard guiding principles. It enables stable,

maintenance-free movement sequences and is therefore perfect

for a wide range of industrial handling and automation tasks.

Also new are the long-stroke variants: customers who choose

the L-versions with extended stroke of the GPP5000AL series benefit

from a special advantage: these long-stroke versions allow up

to 60% more stroke at the same size, opening up new application

possibilities, especially for large gripping ranges or varying workpiece

dimensions. At the same time, using a smaller size can reduce

weight, installation space, and thus investment costs – a clear advantage

for efficient and dynamic automation concepts.

Additional product highlights:

– Aluminum profile guide rails – precise, wear-resistant,

and economical, with significantly improved performance

compared to standard T-slot guides.

– L-versions with extended stroke – up to 60% more stroke

at the same size for maximum flexibility and optimized

system concepts

– Wide variety of variants and accessories – optimally

matched to different stroke, force, and construction

situations

– Maintenance-free construction – wear-resistant

aluminum-steel profile guide rails reduce follow-up costs

and downtime.

– Cleanroom compatible – certified according to

DIN EN ISO 14644-1 for cleanroom class 4, ideal for

clean production environments.

With the new size GPP5025AL, the Zimmer Group specifically expands

the series in the area of medium stroke and force requirements.

It offers a balanced force-to-weight performance and integrates

seamlessly into the existing modular system. Complementing

this, the new GPD5016AL as a three-jaw centric gripper addresses

applications requiring a centric, form-fit workpiece grip, and consistently

transfers the proven design principles of the 5000AL family

to this gripping concept.

Thus, the development underscores the Zimmer Group‘s commitment

to providing innovative, modular, and sustainable components

for automation technology – with a focus on cost-effectiveness, performance,

and user-friendliness.

Zimmer GmbH

D 77866 Rheinau


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Pfeiffer Vacuum+Fab Solutions, a member of the global Busch Group, has expanded

its portfolio of turbomolecular vacuum pumps with the addition of the ATH

4506 M – the largest model in the ATH-M series.

Pfeiffer Vacuum+Fab Solutions

presents the new ATH 4506 M turbopump

With a suction capacity of 4,500 l/s for nitrogen, the new turbopump

is suitable for processes in semiconductor manufacturing, surface

coating, and other applications requiring high gas throughput, such

as evacuating large vacuum chambers for space simulation.

Plug & Play operation with integrated controller

The ATH 4506 M features an integrated controller that eliminates

the need for separate external control units, simplifies installation,

and reduces the space required for system setup. In just nine minutes,

the vacuum pump reaches its full speed of 23,500 rpm, allowing

manufacturing processes to start quickly. An energy-saving mode

reduces power consumption during inactivity, contributing to energy-efficient

operation.

Temperature management tailored to process requirements

Depending on process conditions, different operating

temperatures are required. For this reason, the ATH 4506 M

is available in two versions:

– An unheated variant for clean, corrosion-free applications

that do not require additional heating – for example,

in surface coating.

– A version with a temperature management system (TMS)

up to 90°C for semiconductor production and other corrosive

processes where moderate heating prevents condensation

and particle formation.

By adjusting the temperature of the vacuum pump to the process,

the ATH 4506 M minimizes condensation and particle buildup inside

the pump, reduces wear on internal components, and prevents

unplanned downtime. This leads to higher reliability, consistent product

quality, and lower overall operating costs for the user.

Condition monitoring and digital integration

The ATH 4506 M is equipped with internal sensors to monitor temperature,

purge conditions, speed, and axial movement. Based on

these measurements, operators can monitor the condition of the

vacuum pump in real time and detect irregularities early. This helps

avoid unplanned downtime and facilitates predictive maintenance.

Since the vacuum pump is IoT-capable, it can be connected to digital

monitoring systems and integrated into automated production

environments.

With an IP54 protection rating, the vacuum pump is protected

against dust and splashing water. This increases its durability in

demanding industrial environments and extends its service life.

Pfeiffer Vacuum+Fab Solutions

D 35614 Asslar


page 60/63


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Events in February 2026

For more information or to register, simply click on the event.

05.02.2026 Konferenz Reinraum Innovationsforum – Interaktive Konferenz zu den Chancen und Entwicklungs

potenzialen des Reinraums

Veranstaltungsort: Horw (CH), Veranstalter: Hochschule Luzern – Technik & Architektur

09.02.2026 Seminar Grundlagen der Qualifizierung und Validierung von Anlagen und Prozessen

Veranstaltungsort: Ostfildern oder Online, Veranstalter: Technische Akademie Esslingen e.V.

10.02.2026 Seminar Cleanroom-Event 2026: „Ein Blick hinter die Kulissen“

Veranstaltungsort: Regensburg, Veranstalter: Niotronic Hard- & Software GmbH

11.02.2026 Seminar Das Kalibrierzertifikat

Veranstaltungsort: Wien (AT), Veranstalter: Testo Industrial Services GmbH

11.02.2026 - 12.02.2026 Training & Schulung GMP-Reinraumschulung für aseptische Bereiche

Veranstaltungsort: Osnabrück, Veranstalter: Piepenbrock Dienstleistungen GmbH + Co. KG

12.02.2026 Webinar Fundamentals of Visual Inspection - Live Online Training

Veranstaltungsort: online, Veranstalter: CONCEPT HEIDELBERG GmbH

19.02.2026 - 20.02.2026 Seminar GMP-Grundlagen der Sterilproduktion (S 4) - Live Online Seminar


23.02.2026 - 27.02.2026 Training & Schulung Reinraum Service- & Messtechniker/-in IHK mit Fachkundenachweis

„Sicherheits-Werkbänke, Mikrobiologie, Monitoring“

Veranstaltungsort: Westerham bei München, Veranstalter:

IHK Akademie München und Oberbayern gGmbH

23.02.2026 - 25.02.2026 Training & Schulung Lehrgang für Reinraum-Verantwortliche mit Zertifikat

Veranstaltungsort: ReinraumTrainigCenter Frankfurt, Veranstalter: Cleanroom Future GmbH

24.02.2026 - 25.02.2026 Seminar Reinraumqualifizierung mit Praxisworkshop

Veranstaltungsort: Kirchzarten bei Freiburg, Veranstalter: Testo Industrial Services GmbH

27.02.2026 - 28.02.2026 Seminar Sicherheitstraining Zytostatika

Veranstaltungsort: Elmshorn, Veranstalter: Berner International GmbH

Events in March 2026


02.03.2026 - 06.03.2026 Training & Schulung Zertifikatslehrgang: Reinraum-Servicetechniker/-in (IHK)

mit Fachkundenachweis Mikrobiol. & Zytost.-Werkb.

Veranstaltungsort: Krefeld, Veranstalter: IHK Mittlerer Niederrhein

03.03.2026 - 04.03.2026 Webinar Isolator & Barriere-Technik (PT 33) - Live Online Seminar


10.03.2026 - 12.03.2026 Seminar Praxiskurs Dampfsterilisation

Veranstaltungsort: Horn, Schweiz, Veranstalter: CONCEPT HEIDELBERG GmbH

11.03.2026 - 12.03.2026 Seminar Bestimmung von Messunsicherheiten nach GUM

Veranstaltungsort: Kirchzarten bei Freiburg, Veranstalter: Testo Industrial Services GmbH

12.03.2026 Webinar Single-Use Systems - What you need to know - Live Online Training


13.03.2026 - 14.03.2026 Seminar Aseptische Herstellung atoxischer Parenteralia

Veranstaltungsort: Elmshorn, Veranstalter: Berner International GmbH

16.03.2026 - 17.03.2026 Seminar Validierung von Prüf- und Testmethoden


page 62/63

Events in March 2026


Veranstaltungsort: Ostfildern oder Online, Veranstalter: Technische Akademie Esslingen e.V.

16.03.2026 - 20.03.2026 Seminar Kalibriertage Thermodynamik: Prüfmittelmanagement und Kalibriertraining

Veranstaltungsort: München/Dachau, Veranstalter: Testo Industrial Services GmbH

17.03.2026 - 18.03.2026 Webinar Cross Contamination Control - Live Online Training

- Implementation of a Cross Contamination Control Strategy


17.03.2026 Seminar Medical Grade Plastics – Kunststoffe in der Medizintechnik

Veranstaltungsort: Ostfildern, Veranstalter: Technische Akademie Esslingen e.V.

17.03.2026 Tagung Reinraum-Stammtisch: „Retrofit − Nachrüstung von Lüfter-Filter-Modulen (FFU)

an Maschinen für ein integriertes Minienvironment“

Veranstaltungsort: Kahla, Veranstalter: COLANDIS GmbH

18.03.2026 - 20.03.2026 Webinar Validierungsbeauftragte/r in der pharmazeutischen Industrie (QV 16) - Live Online Seminar


24.03.2026 - 27.03.2026 Messe analytica 2026

Veranstaltungsort: München, Veranstalter: Messe München GmbH

24.03.2026 - 26.03.2026 Messe LOUNGES 2026

Veranstaltungsort: Karlsruhe, Veranstalter: Inspire Media GmbH

24.03.2026 - 25.03.2026 Konferenz Trends in Barrier Systems & Robotics - Part of Pharma Congress 2026

Veranstaltungsort: Wiesbaden, Veranstalter: CONCEPT HEIDELBERG GmbH

24.03.2026 - 25.03.2026 Konferenz GMP for Prefilled Syringes - Part of Pharma Congress 2026


24.03.2026 - 25.03.2026 Konferenz European Aseptic Technologies & Annex 1 Conference - Part of Pharma Congress 2026


24.03.2026 - 25.03.2026 Konferenz GMP-compliant Clean Rooms and Facilities - Part of Pharma Congress 2026


24.03.2026 - 25.03.2026 Kongress GMP PharmaCongress & GMP PharmaTechnica Expo 2026


25.03.2026 Seminar Hygienic Design – Reinigungsgerechte Gestaltung von

Maschinen, Anlagen und Komponenten

Veranstaltungsort: Ostfildern, Veranstalter: Technische Akademie Esslingen e.V.

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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