Berlin Brandenburg at formnext 2022
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<strong>formnext</strong> <strong>2022</strong><br />
The German Capital Region <strong>Berlin</strong>-<strong>Brandenburg</strong><br />
Hall 11.1, booth D31<br />
THE GERMAN CAPITAL REGION<br />
more value for your investment
Exhibitors@<strong>formnext</strong> <strong>2022</strong><br />
INFORMATION ..................................................................................... i<br />
NETWORKING AREA ........................................................................... N<br />
3dk Trading GmbH .............................................................................. 7<br />
1000 Kelvin GmbH ............................................................................. 9<br />
AMBER, c/o <strong>Berlin</strong> Partner f. Wirtschaft u. Technologie GmbH ........ i<br />
<strong>Berlin</strong> Partner für Wirtschaft und Technologie GmbH ..................... i<br />
DB Schenker ........................................................................................ 12<br />
Fraunhofer IPK ................................................................................... 13<br />
Gefertec GmbH .................................................................................... 4<br />
Hope Printer ......................................................................................... 16<br />
iFactory3D GmbH ............................................................................... 8<br />
MMDD MaxResolution3D GmbH ........................................................ 14<br />
Mobility goes Additive e.V. ............................................................... 10<br />
NANOVAL GmbH & Co. KG ................................................................ 2<br />
nFrontier GmbH ................................................................................... 17<br />
Orion Additive Manufacturing GmbH .............................................. 3<br />
Ortho N<strong>at</strong>ive 3D GmbH ..................................................................... 5<br />
Quantica GmbH ................................................................................ 1<br />
trinckle 3D GmbH .............................................................................. 11<br />
Tutolino gUG i.G. ............................................................................... 6<br />
TU <strong>Berlin</strong>, Institut für Werkzeugmaschinen und Fabrikbetrieb ...... 15
Overview <strong>Berlin</strong>-<strong>Brandenburg</strong> Booth<br />
11.1- D31<br />
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3dk Trading GmbH<br />
3dk.berlin Trading GmbH (3dk.berlin)<br />
is a spin-off company of the ISO<br />
9001-certified premium manufacturer<br />
Bernhardt Kunststoffverarbeitungs<br />
GmbH.<br />
Since spring 2014 we offer high quality<br />
3D printing filaments to an intern<strong>at</strong>ional<br />
audience. We develop and produce all<br />
our filaments according to high quality<br />
standards in <strong>Berlin</strong>.<br />
In our own 3D printing studio, the filaments<br />
are tested and further developed<br />
on dozens of different 3D printers.<br />
We pay special <strong>at</strong>tention to the quality<br />
of our filaments and the result of the<br />
produced prints.<br />
Mariendorfer Damm1<br />
12099 <strong>Berlin</strong>, Germany<br />
Florian Deurer<br />
fon: +49 30 54909613<br />
info@3dk.berlin<br />
www.3dk.berlin
1000 Kelvin GmbH<br />
1000 Kelvin solves industrial additive<br />
manufacturing toughest challenges<br />
with AI solutions.<br />
Our firstborn AMAIZE enables aerospace,<br />
medical, and industrial companies<br />
to print high-quality complex<br />
metal components quickly and costeffectively.<br />
improving yield and quality.<br />
AMAIZE helps qualify fast and<br />
elimin<strong>at</strong>es high-scrap issue <strong>at</strong> its<br />
source. Before printing and entirely<br />
digitally.<br />
AMAIZE analyses print files to detect<br />
problem<strong>at</strong>ic regions and vectors leading<br />
to overhe<strong>at</strong>ing, distortions, and<br />
defects. By harnessing the power of<br />
AI, AMAIZE suggests actionable<br />
correction str<strong>at</strong>egies and allows<br />
printing a good part first-time-right,<br />
reducing time and costs and<br />
Bismarkstraße 10-12<br />
10625 <strong>Berlin</strong>, Germany<br />
Dr. Omar Fergani (English)<br />
fon: +49 176 61620473<br />
Dr. K<strong>at</strong>harina Eissing (Deutsch)<br />
fon: +49 160 95836134<br />
info@1000Kelvin.com<br />
www.1000kelvin.com
AMBER, c/o <strong>Berlin</strong> Partner f. Wirtschaft u. Tech. GmbH<br />
With Additive Manufacturing <strong>Berlin</strong><br />
<strong>Brandenburg</strong> (AMBER), we are developing<br />
a strong innov<strong>at</strong>ion network<br />
for players from business and science.<br />
On behalf of the <strong>Berlin</strong> Sen<strong>at</strong>e, <strong>Berlin</strong><br />
Partner and its cooper<strong>at</strong>ion partners<br />
will establish AMBER as an umbrella<br />
brand for Additive Manufacturing and<br />
cre<strong>at</strong>e a pl<strong>at</strong>form to tap available<br />
competencies as well as synergies.<br />
<strong>Berlin</strong> is being further developed<br />
into an intern<strong>at</strong>ional pl<strong>at</strong>form for<br />
new production technologies - and<br />
is thus becoming a c<strong>at</strong>alyst for the<br />
rapid transfer of research results<br />
into sustainable and intern<strong>at</strong>ionally<br />
competitive innov<strong>at</strong>ions.<br />
With the funding of research projects<br />
in the fields of medical technology,<br />
bio-based m<strong>at</strong>erials, construction/<br />
lightweight design, and AM in space<br />
as well as the help of test fields, showrooms<br />
and its leading conferences,<br />
<strong>Berlin</strong> Partner f. Wirt. u. Tech. GmbH<br />
Fasanenstraße 85, Germany<br />
Hendrik Riemer<br />
fon: +49 30 46302500<br />
info@berlin-partner.de<br />
www.businessloc<strong>at</strong>ioncenter.de
<strong>Berlin</strong> Partner für Wirtschaft und Technologie GmbH<br />
The German capital has developed<br />
into a highly <strong>at</strong>tractive loc<strong>at</strong>ion for<br />
additive manufacturing technologies.<br />
Today, companies and scientific<br />
institutions in <strong>Berlin</strong> represent the<br />
entire value chain of additive manufacturing.<br />
As an important interface<br />
between the digital economy<br />
and manufacturing industry, the<br />
sector gre<strong>at</strong>ly benefits from the dynamic<br />
<strong>Berlin</strong> start-up scene.<br />
quality as-surance, the institutions<br />
of e.g. Technische Universität<br />
<strong>Berlin</strong>, Bundesanstalt für M<strong>at</strong>erialforschung<br />
und -prüfung (BAM),<br />
Fraunhofer IPK and <strong>Berlin</strong>er Hochschule<br />
für Technik (BHT) have an<br />
excellent know-how.<br />
<strong>Berlin</strong>’s outstanding scientific<br />
landscape makes an important contribution<br />
to technology development.<br />
From 3D design, m<strong>at</strong>erial development<br />
and process design of<br />
plastic and metal processes to<br />
Fasanenstr. 85<br />
10623 <strong>Berlin</strong>, Germany<br />
David Hampel<br />
fon: +49 30 46302500<br />
info@berlin-partner.de<br />
www.berlin-partner.de
DB Schenker<br />
DB Schenker’s On-Demand Production<br />
service is offering an Additive<br />
Manufacturing (3D-printing) based<br />
digital warehouse solution to produce<br />
spare parts on-demand worldwide.<br />
Spare Parts Screening:<br />
Identify the Additive Manufacturing<br />
spare parts in your portfolio!<br />
Global Part Production:<br />
Order the spare parts you need<br />
from our global supplier networks<br />
with just one point of contact - us.<br />
Digital Warehouse:<br />
Store all your spare parts and their<br />
technical / economical inform<strong>at</strong>ion<br />
Part Engineering & Digitiz<strong>at</strong>ion:<br />
We support you to digitize your 2Ddrawings<br />
and physical parts when<br />
you do not have 3D-d<strong>at</strong>a available.<br />
Also, we support you with our experience<br />
in m<strong>at</strong>erial & technology selection,<br />
post-processing and testing.<br />
Krupp Straße 4<br />
45128 Essen, Germany<br />
Jochen Loock<br />
fon: +49 152 37560420<br />
jochen.loock@dbschenker.com<br />
www.on-demand-production.com
Fraunhofer IPK<br />
The Fraunhofer Institute for Production<br />
Systems and Design Technology<br />
IPK in <strong>Berlin</strong> conducts applied<br />
research and development across<br />
the whole process spectrum of manufacturing<br />
industry.<br />
tive processes in a targeted manner.<br />
For us, additive manufacturing is a<br />
decisive component for solving current<br />
challenges in production.<br />
By developing additive repair processes,<br />
reverse engineering tools and by<br />
simul<strong>at</strong>ing welding processes, distortion<br />
and residual stresses, we<br />
support the rapid introduction of economical,<br />
energy-efficient processes<br />
in industries.<br />
Our strength is our broad manufacturing<br />
know-how. We combine classical<br />
production methods with addi-<br />
Pascalstraße 8-9<br />
10587 <strong>Berlin</strong>, Germany<br />
Dr.-Ing. Max Biegler<br />
fon: +49 30 390060<br />
max.biegler@ipk.fraunhofer.de<br />
www.ipk.fraunhofer.de
Gefertec GmbH<br />
GEFERTEC offers complete manufacturing<br />
systems for metal 3D<br />
printing in the Wire-Arc-Additive-<br />
Manufacturing (WAAM) process.<br />
Therefore, the traditional gas metal<br />
arc welding is combined with special<br />
process expertise for the additive manufacturing<br />
of components, a robust<br />
machine system, integr<strong>at</strong>ive CAM<br />
software and process-rel<strong>at</strong>ed quality<br />
assurance. The robust process, high<br />
build r<strong>at</strong>es and ease of handling wire<br />
as a feedstock make the process<br />
interesting for manufacturing medium<br />
to large components. Besides<br />
the manufacturing systems and the<br />
associ<strong>at</strong>ed services Gefertec offers<br />
also holistic applic<strong>at</strong>ion development<br />
in its very own Applic<strong>at</strong>ion Center<br />
in <strong>Berlin</strong>.<br />
Schwarze-Pumpe-Weg 16<br />
12681 <strong>Berlin</strong>, Germany<br />
Juliane Wittwer<br />
fon: +49 30 912074360<br />
info@gefertec.de<br />
www.gefertec.de
Hope Printer<br />
Hope Printer develops projects to build<br />
houses for refugees and home-less<br />
people, using 3D printing technology, ecological<br />
house designs and less m<strong>at</strong>erial<br />
than the conventional construction.<br />
Customers Brochure:<br />
Press Brochure:<br />
Investor Brochure:<br />
HOPE PRINTER<br />
Am Mühlenberg 11<br />
14476 Potsdam, Germany<br />
Manquel Tejeda<br />
fon: +49 176 62894178<br />
manquel@hopeprinter.com<br />
www.hopeprinter.com
iFactory3D GmbH<br />
iFactory3D brings autom<strong>at</strong>ed b<strong>at</strong>ch<br />
production to additive manufacturing.<br />
Optimizing supply chains and simplifying<br />
development processes is a<br />
real game changer in today‘s world,<br />
effectively saving time, money and<br />
CO2.<br />
With its innov<strong>at</strong>ive 3D belt printers,<br />
iFactory3D autom<strong>at</strong>es additive<br />
manufacturing.<br />
iFactory3D offers more and more<br />
industries the opportunity to manufacture<br />
independently and locally<br />
again and implement innov<strong>at</strong>ions on<br />
time. As the world of manufacturing<br />
shifts towards customiz<strong>at</strong>ion, adaptability,<br />
and local production sites,<br />
agile manufacturing is becoming<br />
the future of production technology.<br />
Wanheimer Straße 43<br />
40472 Düsseldorf, Germany<br />
Marius Völpel<br />
build@ifactory3d.com<br />
www. ifactory3d.com
MMDD MaxResolution3D GmbH<br />
MaxResolution3D makes autom<strong>at</strong>ed<br />
series production via 3D printing<br />
possible for everyone through an interplay<br />
of 3D printers, robotics, and<br />
sensors. The on-demand use of our<br />
autom<strong>at</strong>ed production cell reduces<br />
costs, environmental impact, and<br />
long delivery times.<br />
Order your series now with lot sizes<br />
up to 10,000 pieces per month.<br />
Local 3D printing production saves<br />
expensive tooling costs, prevents<br />
overproduction (= plastic waste) and<br />
your plastic parts are produced in<br />
the heart of Europe, in <strong>Berlin</strong>.<br />
MaxResolution3D stands for the<br />
responsible use of plastic and<br />
delivers quality Made in Germany.<br />
Goerzallee 299<br />
14167 <strong>Berlin</strong>, Germany<br />
Dario Dill<br />
fon: +49 152 54767132<br />
info@maxresolution3d.com<br />
www.maxresolution3d.com
Mobility goes Additive e.V.<br />
Mobility goes Additive (MGA) is the<br />
leading intern<strong>at</strong>ional network for<br />
Industrial Additive Manufacturing.<br />
MGA unites over 140 players from<br />
the entire 3D printing value chain,<br />
focusing on users and suppliers<br />
especially from the aerospace,<br />
railway and automotive industry<br />
but also from the medical sector.<br />
We also cooper<strong>at</strong>e with intern<strong>at</strong>ional<br />
institutions and networks. Our members<br />
work together in different medical<br />
and mobility working groups, lowering<br />
hurdles, identifying use cases, setting<br />
a political framework and jointly<br />
developing standards and m<strong>at</strong>erials.<br />
Im Marienpark 22<br />
12107 <strong>Berlin</strong>, Germany<br />
Berit Timmich<br />
fon: +49 30 75766111<br />
fax: +49 30 75766113<br />
info@mga-net.com<br />
www.mga-net.com
NANOVAL GmbH & Co. KG<br />
NANOVAL can supply the most<br />
demanding alloys, from pure<br />
magnesium (Mg) to tungsten (W),<br />
titanium aluminides (TiAl), precious<br />
metals, metallic glasses (amorphous<br />
metals), nitinol and many others.<br />
We have <strong>at</strong>omized more than 1,400<br />
different alloys up to now. We<br />
<strong>at</strong>omize your powder on demand,<br />
as we don’t have any storage and it<br />
starts from 2 kg up to 5.000 kg per<br />
order.<br />
We deliver to the industries of automotive,<br />
aerospace, jewellery etc.<br />
and supply both the powder and the<br />
complete <strong>at</strong>omiz<strong>at</strong>ion plants to you<br />
- as you like!<br />
Kienhorststraße 61-65<br />
13403 <strong>Berlin</strong>, Germany<br />
Oliver Kaminski<br />
fon: +49 30 322902217<br />
o.kaminski@nanoval.de<br />
www.nanoval.de
nFrontier GmbH<br />
We stand today on the edge of<br />
a New Frontier — the frontier of<br />
the 2020s, the frontier of clim<strong>at</strong>e<br />
change, the frontier of the second<br />
machine age, the frontier of a<br />
[post] pandemic world… Beyond<br />
th<strong>at</strong> frontier are uncharted areas<br />
of unique opportunity and hope<br />
for a better tomorrow enabled by<br />
impact driven products, business<br />
models and ventures…<br />
Kiefholzstraße 3<br />
12435 <strong>Berlin</strong>, Germany<br />
Dr. Stephan Beyer<br />
fon: +49 173 6120280<br />
beyer@nfrontier.de<br />
www.nfrontier.de
Orion Additive Manufacturing GmbH<br />
Orion AM provides additive manufacturing<br />
solutions for high-performance<br />
polymers with injection molding<br />
strength. The extrusion-based<br />
FFF process uses thermal radi<strong>at</strong>ion<br />
he<strong>at</strong>ing to 3D print PEEK, PPSU,<br />
PEI, and other high-temper<strong>at</strong>ure<br />
polymers with high strength and<br />
density. This pushes applic<strong>at</strong>ions<br />
beyond prototypes and into end-use<br />
parts where m<strong>at</strong>erials need to be<br />
strong, lightweight, temper<strong>at</strong>ure<br />
resistant, and inert. Potential<br />
applic<strong>at</strong>ions:<br />
- Aerospace/Space<br />
• Cubes<strong>at</strong>s<br />
• Primary and Secondary<br />
Structures<br />
• Payloads, Adaptable<br />
Brackets, Fixtures<br />
• Deployable solar arrays,<br />
booms, antennas<br />
- Medical<br />
• P<strong>at</strong>ient-specific implants;<br />
Craniomaxillofacial<br />
• Spinal Cages/Trial Spacers<br />
• Surgical tools<br />
• Instrument<strong>at</strong>ion<br />
Gustav-Meyer-Allee 25,<br />
Treppe 17/3<br />
10559 <strong>Berlin</strong>, Germany<br />
Adam Rumjahn<br />
fon: + 49 30 464038403<br />
info@orion-am.com<br />
www.orion-am.com
Ortho N<strong>at</strong>ive 3D GmbH<br />
Ortho N<strong>at</strong>ive is a German distributor<br />
of a FDM 3D printing system for the<br />
medical field.<br />
Special focus is on dentistry and<br />
dental technology as well as<br />
orthopedic technology and<br />
medicine.<br />
ORTHO<br />
n<strong>at</strong>ive 3D<br />
Alt-Marzahn 25e<br />
12685 <strong>Berlin</strong>, Germany<br />
Christian Born<br />
fon: +49 30 20622000<br />
info@orthon<strong>at</strong>ive.de<br />
www.orthon<strong>at</strong>ive.de
Quantica GmbH<br />
Quantica’s novel printhead technology<br />
empowers and enables<br />
professionals to produce objects<br />
th<strong>at</strong> are functional, full-color, multim<strong>at</strong>erial,<br />
and true-to-n<strong>at</strong>ure.<br />
Higher viscosity liquids open up<br />
new applic<strong>at</strong>ions inaccessible with<br />
legacy technology for additive<br />
manufacturing.<br />
We believe the future of additive<br />
manufacturing will be driven by<br />
combining high-performance<br />
m<strong>at</strong>erials, to print high value<br />
products in one simple workflow.<br />
Over the past 5 years, we have<br />
developed a printhead and system<br />
th<strong>at</strong> is capable of ejecting fluids<br />
with extremely high viscosities<br />
(15x compared to legacy technology).<br />
Köpenicker Straße 325<br />
12555 <strong>Berlin</strong>, Germany<br />
Julie Kuhrt<br />
fon: +49 30 555754200<br />
hello@quantica3d.com<br />
www.quantica3d.com
trinckle 3D GmbH<br />
trinckle develops software for the<br />
age of Additive Manufacturing.<br />
trinckle`s core offering, param<strong>at</strong>e,<br />
autom<strong>at</strong>es design processes and<br />
provides a pl<strong>at</strong>form for advanced<br />
product configur<strong>at</strong>ion.<br />
param<strong>at</strong>e enables customer-specific<br />
adapt<strong>at</strong>ions of any product - whether<br />
it be prostheses tailored to the p<strong>at</strong>ient,<br />
mechanically optimized industrial<br />
components like end-of-arm gripper<br />
or jigs and fixtures.<br />
the time-to-market by a factor of 10<br />
and reducing the costs of CAD design<br />
processes by up to 95%.<br />
trinckle equips its partners with the<br />
tools to leverage the full potential of<br />
3D printing and to realize innov<strong>at</strong>ive<br />
business opportunities: shortening<br />
Grimmstr. 12C<br />
10967 <strong>Berlin</strong>, Germany<br />
Dr. Ole von Seelen<br />
fon: +49 30 78712251<br />
info@trinckle.com<br />
www.trinckle.com
Tutolino gUG i.G<br />
Tutolino‘s non-profit project<br />
„3D-Printing goes School“ equips<br />
schools throughout Germany with<br />
a specially compiled kit for building<br />
a school-safe and expandable 3D<br />
printer and accompanies the<br />
students with comprehensive<br />
instructions on the way to their<br />
own 3D printer.<br />
The practical orient<strong>at</strong>ion of the<br />
project allows for a change from the<br />
familiar classroom model and opens<br />
up a new pedagogical approach<br />
th<strong>at</strong> does not expose students to<br />
technology, but encourages them<br />
to understand it, improve it and<br />
integr<strong>at</strong>e its working methods<br />
independently into new processes.<br />
Mariendorfer Damm 1<br />
12099 <strong>Berlin</strong>, Germany<br />
Sarah Kostic<br />
team@tutolino.net<br />
www.tutolino.net
Technische Universität <strong>Berlin</strong> / FG Mikro- und Feingeräte<br />
Imaging diffraction gr<strong>at</strong>ings<br />
Diffractive elements with imaging<br />
functionality are demonstr<strong>at</strong>ed,<br />
which is achieved by local adjustment<br />
of the structure density. The<br />
elements are manufactured by<br />
ultra-precision machining, resulting<br />
in novel degrees of freedom in the<br />
design of optical systems.<br />
The system consists of a Raman<br />
probe and a spectrometer incorpor<strong>at</strong>ing<br />
the diffractive elements.<br />
3-dimensional structures can be<br />
manufactured with two-photon lithography.<br />
One of these structures are<br />
diffraction gr<strong>at</strong>ings.<br />
In addition, a Raman system for the<br />
analysis of biological and chemical<br />
substances in liquids is presented.<br />
Pascalstraße 8-9<br />
10587 <strong>Berlin</strong>, Germany<br />
Marco Jagodzinski<br />
fon: +49 30 31423578<br />
jagodzinski@mfg.tu-berlin.de<br />
www.mfg.tu-berlin.de
The joint present<strong>at</strong>ion of Germany‘s Capital Region is hosted by the local economic<br />
authorities of the st<strong>at</strong>es of <strong>Berlin</strong> and <strong>Brandenburg</strong><br />
Sen<strong>at</strong>e Department for Economics,<br />
Energy and Public Enterprises<br />
Ministry for Economic Affairs,<br />
Labour and Energy<br />
managed by:<br />
<strong>Berlin</strong> Partner for Business and Technology<br />
Fasanenstr, 85<br />
10623 <strong>Berlin</strong>, Germany<br />
Olav Morales Kluge<br />
Tel. +49 30 46302-454<br />
olav.morales.kluge@<strong>Berlin</strong>-Partner.de<br />
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