05.06.2023 Views

LASER 2023_Ausstellerverzeichnis Berlin-Brandenburg

Teilnehmer am Ländergemeinschaftsstand von Berlin und Brandenburg 2023

Teilnehmer am Ländergemeinschaftsstand von Berlin und Brandenburg 2023

SHOW MORE
SHOW LESS

You also want an ePaper? Increase the reach of your titles

YUMPU automatically turns print PDFs into web optimized ePapers that Google loves.

<strong>LASER</strong> World of Photonics <strong>2023</strong><br />

<strong>Berlin</strong>-<strong>Brandenburg</strong> Pavilion<br />

THE GERMAN CAPITAL REGION<br />

excellence in photonics


<strong>Berlin</strong>-<strong>Brandenburg</strong> Pavilion@<strong>LASER</strong> <strong>2023</strong><br />

1 2 3 4 5 6 7 8<br />

17<br />

9<br />

N<br />

16<br />

10<br />

15<br />

14<br />

13<br />

i<br />

12<br />

11


A2.421<br />

INFORMATION ........................................................................................ i<br />

Photonics Cluster <strong>Berlin</strong>-<strong>Brandenburg</strong><br />

c/o <strong>Berlin</strong> Partner für Wirtschaft und Technologie GmbH<br />

NETWORKING ........................................................................................ N<br />

AdlOptica GmbH ................................................................................... 12<br />

Akhetonics GmbH................................................................................... 7<br />

BeamXpert GmbH .................................................................................. 10<br />

Ferdinand-Braun-Institut gGmbH ......................................................... 11<br />

Fraunhofer Heinrich Hertz Institut ........................................................ 16<br />

LVBB Laserverbund <strong>Berlin</strong>-<strong>Brandenburg</strong> ............................................ i<br />

KOMLAS Optische Komponenten und Lasersysteme GmbH .......... 8<br />

micro resist technology GmbH ............................................................. 6<br />

Nano-Join GmbH .................................................................................... 5<br />

OsTech GmbH ........................................................................................ 9<br />

Photonics Cluster <strong>Berlin</strong>-<strong>Brandenburg</strong> ............................................... i<br />

PolyPhotonics <strong>Berlin</strong>, c/o Fraunhofer HHI ........................................... 15<br />

SENTECH Instruments GmbH .............................................................. 4<br />

SLT Sensor- und Lasertechnik GmbH ................................................. 1<br />

Spektrum Prisma GmbH ........................................................................ 2<br />

TU <strong>Berlin</strong>, Fachgebiet Mikro- und Feingeräte ..................................... 13<br />

Technische Hochschule Wildau ........................................................... 3<br />

TEC Microsystems GmbH ..................................................................... 17<br />

WISTA Management GmbH ................................................................... 14


Photonics Cluster <strong>Berlin</strong>-<strong>Brandenburg</strong><br />

Optical Technologies and Microsystems<br />

Technology – Future Key<br />

Technologies<br />

In order to further promote the technological<br />

development of the region<br />

the Cluster Photonics was built. It<br />

provides companies and research<br />

institutions access to resources, such<br />

as knowledge and capital, at both<br />

local and international level in the<br />

fields of:<br />

• Laser Technology<br />

• Lighting Technology<br />

• Optics for Communication and<br />

Sensors<br />

• Optical Analytics<br />

• Biomedical and Ophthalmic<br />

Optics<br />

• Microsystems Technology<br />

The Photonics Cluster in <strong>Berlin</strong><br />

and <strong>Brandenburg</strong> is especially<br />

distinguished by the strong scientific<br />

basis (10 universities and 26 extrauniversity<br />

research institutions) and<br />

the high amount of specialized small<br />

and medium-sized companies (overall<br />

390 SMEs) with widely ranged<br />

know-how – a perfect basis for a<br />

mutual transfer between science and<br />

industry leading to national and<br />

international cooperation.<br />

Fasanenstr. 85<br />

10623 <strong>Berlin</strong>, Germany<br />

Gerrit Rössler<br />

fon: +49 30 46302-500<br />

info@berlin-partner.de<br />

www.optik-bb.de


AdlOptica GmbH<br />

AdlOptica GmbH develops high efficient<br />

Laser Beam Shaping Optics,<br />

customized industrial optics for highpower<br />

and ultra-short pulse lasers,<br />

special optics for microscopy, geophysics<br />

and interferometry; service of<br />

optical systems design.<br />

Fields of Activity<br />

• Laser Beam Shaping Optics<br />

• Interferometry<br />

• Microscopy<br />

• Industrial applications, e.g. welding,<br />

micromachining<br />

Research & Development Activities<br />

• Laser Beam Shaping optics πShaper<br />

• Participation in researches for LPBF,<br />

Welding, Glass processing<br />

• Development of thermostable optics<br />

• Multifocal optics foXXus®, quatt<br />

roXX®, peaXXus<br />

Current State-of-the-art Technologies<br />

Laser Beam Shaping Optics<br />

• ~ 100 models<br />

• converting Gaussian profile to flattop<br />

(uniform)<br />

• TEM00 and multimode lasers<br />

• Laser power up to several kW (CW)<br />

• almost 100% efficiency<br />

• spectrum from UV to CO2 laser<br />

• narrow-band and achromatic<br />

• laser spots from few microns to se<br />

veral meters<br />

Rudower Chaussee 29<br />

12489 <strong>Berlin</strong>, Germany<br />

Birgit Kaufmann<br />

fon: +49 30 5659 08 880<br />

fax: +49 30 5659 08 881<br />

info@adloptica.com<br />

www.adloptica.com


Akhetonics GmbH<br />

Akhetonics entwickelt den ersten<br />

rein-optischen XPU, ein Prozessor für<br />

extrem energieeffizientes high-performance<br />

Computing. Wir wurden 2021<br />

in <strong>Berlin</strong> gegründet mit einem Team<br />

aus ganz Europa. Dank unserer eigen<br />

entwickelten Photonik Design Automation<br />

Tools und optischen Transistoren<br />

sind wir in der einzigartigen Lage<br />

die ersten rein-optischen digitalen<br />

Rechner zu entwickeln. Unser Ziel ist es<br />

eine neue Ära von Digitalprozessoren<br />

einzuleiten, die extrem parallelisierbar,<br />

radikal energieeffizienter und eine vernachlässigbare<br />

Latenz aufweisen, indem<br />

wir Licht statt Elektronen nutzen.<br />

sor for ultra-low<br />

power, high-performance<br />

computing.<br />

We are<br />

a start-up based<br />

and founded in<br />

Germany in 2021 with members from all<br />

over the EU. With our in-house developed<br />

photonic design automation tools and alloptical<br />

logic we are in a unique position<br />

to develop the first all-optical digital computation<br />

devices. Our goal is to usher in a<br />

new era of processors that are extremely<br />

parallelizable, radically more power<br />

efficient and boast a much lower latency<br />

by using light instead of electrons.<br />

Akhetonics is creating the first all-optical<br />

XPU, a general-purpose proces-<br />

Akazienstr. 3a<br />

10823 <strong>Berlin</strong>, Germany<br />

Michael Kissner<br />

fon: +49 171 6261639<br />

michael.kissner@akhetonics.com<br />

www.akhetonics.com


BeamXpert GmbH<br />

Die BeamXpert GmbH wurde 2017 als<br />

Spin-off des Ferdinand-Braun-Instituts<br />

gegründet. Sie entwickelt und vertreibt<br />

die Software BeamXpertDESIGNER.<br />

Die leicht zu erlernende Software<br />

simuliert die Ausbreitung von Laserstrahlung<br />

durch optische Systeme<br />

in Echtzeit. Sie ist speziell auf die<br />

Bedürfnisse von Lasersystementwicklern<br />

und Laseranwendern zugeschnitten.<br />

Führende Unternehmen<br />

nutzen sie weltweit zur Simulation<br />

von Lasersystemen in unterschiedlichen<br />

Anwendungsbereichen wie<br />

Materialbearbeitung, EUV-Erzeugung,<br />

Augenheilkunde, Mess- und Kommunikationstechnik.<br />

BeamXpert® GmbH was founded in<br />

2017 as a spin-off of the Ferdinand-<br />

Braun-Institut, BeamXpert develops<br />

and distributes its software BeamXpertDESIGNER.<br />

This easy-to-learn<br />

software simulates the propagation<br />

of laser radiation through optical<br />

systems in real time. It is tailored to<br />

the needs of laser system developers<br />

and laser users. Leading companies<br />

worldwide use it to simulate laser<br />

systems in various application fields<br />

such as materials processing, EUV<br />

generation, ophthalmology, metrology<br />

and communications.<br />

Max-Planck-Str. 3<br />

12489 <strong>Berlin</strong>, Germany<br />

Dr. Bernd Eppich<br />

Dr. Guido Mann<br />

fon: +49 30 40366 97 20<br />

fax: +49 30 40366 97 29<br />

info@beamxpert.com<br />

www.beamxpert.com


<strong>Berlin</strong> Partner for Business und Technology<br />

Business and technology support for<br />

companies, investors and scientific<br />

institutions in <strong>Berlin</strong> – this is the <strong>Berlin</strong><br />

Partner mission. With customized<br />

services and an excellent science<br />

and research network, our many experts<br />

provide an outstanding range of<br />

programs to help companies launch,<br />

innovate, expand and secure their<br />

economic future in <strong>Berlin</strong>.<br />

A unique public-private partnership,<br />

<strong>Berlin</strong> Partner for Business and Technology<br />

collaborates with the <strong>Berlin</strong><br />

State Senate and more than 230<br />

companies dedicated to promoting<br />

their city.<br />

<strong>Berlin</strong> Partner is also responsible for<br />

marketing the German capital to the<br />

world.<br />

Fasanenstr. 85<br />

10623 <strong>Berlin</strong>, Germany<br />

Sandra Chabrier<br />

fon: +49 30 46302-355<br />

sandra.chabrier@berlin-partner.de<br />

www.berlin-partner.de


Ferdinand-Braun-Institut, Leibniz-Institut für Höchstfrequenztechnik<br />

FBH presents the complete spectrum<br />

of its diode lasers & UV LEDs – from<br />

chips to plug & play systems. Exhibits<br />

include its high-power diode lasers<br />

& a laser-wire-deposition processing<br />

tool based on direct-laser technology<br />

for Additive Manufacturing. Also on<br />

display are fiber-coupled laser modules,<br />

LiDAR pulse laser sources for point<br />

& line scanners & narrow-band laser<br />

modules for advanced space & satellite<br />

applications. FBH will additionally<br />

showcase a compact turnkey diode<br />

laser system for Raman measurements<br />

& an irradiation system with<br />

optimized UV LEDs that inactivates<br />

multi-resistant pathogens & corona<br />

viruses on the skin.<br />

kW-class pump laser sources: FBH’s high-power diode laser<br />

stacks.<br />

Gustav-Kirchhoff-Str. 4<br />

12489 <strong>Berlin</strong>, Germany<br />

Alexandra Pubantz<br />

fon: +49 30 6392 2600<br />

fax: +49 30 6392 2602<br />

fbh@fbh-berlin.de<br />

www.fbh-berlin.de


Fraunhofer Heinrich Hertz Institut<br />

Fraunhofer HHI a world leader in the<br />

development of mobile and optical<br />

communication networks and systems,<br />

fiber optical sensor systems as<br />

well as the processing and coding of<br />

video signals.<br />

The HHI develops optoelectronic<br />

semiconductor components as well<br />

as integrated optical circuits for data<br />

transmission.<br />

Another focus is on infrared sensor<br />

systems, terahertz spectroscopy and<br />

high-performance semiconductor<br />

lasers for industrial and medical applications.<br />

A further research focus are high-<br />

performance optical transmission<br />

systems for use in in-house, access,<br />

metropolitan, wide-area and satellite<br />

communication networks.<br />

The focus is on increasing the capacity<br />

as well as improving security and<br />

energy efficiency.<br />

Einsteinufer 37<br />

10587 <strong>Berlin</strong>, Germany<br />

Jörn Falk<br />

fon: +49 30 31002275<br />

info@hhi.fraunhofer.de<br />

www.hhi.fraunhofer.de


Komlas Optische Komponenten. u. Lasersys. GmbH<br />

Die Komlas GmbH ist seit 25 Jahren<br />

ein zuverlässiger Partner für Laserhersteller<br />

weltweit. Wir sind spezialisiert<br />

auf kundenspezifische optische Komponenten<br />

auch in kleinen Losgrößen<br />

wie Laserspiegel. Linsen, Fenster,<br />

Laserkristalle (Nd:YAG, Nd:YVO4,<br />

CTH:YAG), ATR-Prismen für die Spektroskopie<br />

aus Si, Ge und ZnSe, und<br />

silberbeschichtete Laserkavitäten für<br />

Lampengepumpte und DPSS Laser.<br />

Ergänzt wird das Angebot durch passive<br />

Güteschalter (Cr4+:YAG), aktive<br />

Güteschalter (HF-Treiber für die Standardfrequenzen<br />

40,68 MHz und 80<br />

MHz) sowie ein Laser Trainingssystem<br />

für die universitäre Ausbildung.<br />

Komlas GmbH has been a reliable<br />

partner for laser manufacturers world<br />

wide for 25 years. We are specialized<br />

in customized optical components also<br />

in small lot sizes like laser mirrors. lenses,<br />

windows, laser crystals (Nd:YAG,<br />

Nd:YVO4, CTH:YAG), ATR prisms<br />

for spectroscopy made of Si, Ge and<br />

ZnSe, and silver coated laser cavities<br />

for lamp pumped and DPSS lasers.<br />

The product range is completed by<br />

passive Q-switches (Cr4+:YAG),<br />

active Q-switches (RF-drivers for the<br />

standard frequencies 40.68 MHz and<br />

80 MHz) and a laser training system<br />

for university education.<br />

Schwarzschildstrasse 12<br />

12489 <strong>Berlin</strong>, Germany<br />

Dr. Wolfgang Titel<br />

fon: +49 30 63926077<br />

mail@komlas.de<br />

www.komlas.de


micro resist technology GmbH<br />

Wir sind führend in der Entwicklung und<br />

Produktion von innovativen Photoresisten<br />

und Nanoimprintmaterialien für die<br />

Mikro- und Nanostrukturierung sowie<br />

Materialien für mikrooptische Komponenten<br />

für die Schlüsseltechnologien<br />

von heute und den Wachstumsmärkten<br />

von morgen. Unsere Expertise umfasst<br />

sowohl die Herstellung der Produkte<br />

und deren Prozesschemikalien als auch<br />

ein tiefgreifendes Verständnis verschiedener<br />

Strukturierungstechnologien. So<br />

begleiten wir unsere Kunden von der Auswahl<br />

der passenden Produkte bis hin zur<br />

Implementierung in einen funktionierenden<br />

Prozess durch kompetente technische<br />

Beratung und Vor-Ort-Produkttrainings.<br />

We are leaders in the development and<br />

production of innovative photoresists<br />

and nanoimprint materials for microand<br />

nanostructuring as well as materials<br />

for micro-optical components for<br />

today‘s key technologies and tomorrow‘s<br />

growth markets. Our expertise covers<br />

both the manufacturing of the products<br />

and their process chemicals as well as<br />

an in-depth understanding of various patterning<br />

technologies. Thus, we accompany<br />

our customers from the selection<br />

of suitable products to their implementation<br />

in a functioning process through<br />

competent technical consulting and onsite<br />

product training.<br />

Köpenicker Str. 325<br />

12555 <strong>Berlin</strong>, Germany<br />

Helge Mischke<br />

fon: +49 30 641670100<br />

info@microresist.de<br />

www.microresist.de


Nano-Join GmbH<br />

Die Nano-Join GmbH entwickelt, produziert<br />

und vertreibt patentierte Sinterpasten,<br />

sowohl auf Silber- als auch<br />

auf Kupferbasis. Sinterpasten sind<br />

der Schlüssel zu langlebigen, effi zienten<br />

und kostengünstigen Lasermodulen.<br />

Durch ein hervorragendes Wärmemanagement<br />

werden Leistung,<br />

Lebensdauer und Zuverlässigkeit von<br />

optoelektronischen Komponenten<br />

deutlich verbessert.<br />

Neben Standard-Silber-Sinterlösungen<br />

bietet Nano-Join auch kundenspezifi<br />

sche F&E-Projekte für eine<br />

Vielzahl von Anwendungen an.<br />

Nano-Join GmbH develops, produces<br />

and distributes patented sintering<br />

pastes, based on silver and copper.<br />

Sintering pastes are the key to durable,<br />

efficient and cost-effective laser<br />

modules by superior thermal management:<br />

performance, lifetime and<br />

reliability of optoelectronic components<br />

can be signifi cantly improved.<br />

In addition to standard silver sinter<br />

solutions, Nano-Join also offers customized<br />

R&D projects in a wide variety<br />

of applications.<br />

Rudower Chaussee 29<br />

12489 <strong>Berlin</strong>, Germany<br />

Tobias Röhrich<br />

fon: +49 156 78377825<br />

info@nano-join.de<br />

www.nano-join.de


OsTech GmbH<br />

Entwicklung und Fertigung von<br />

Lasertreibern, TEC-Reglern und<br />

Diodenlasersytemen. CW-Modus<br />

oder Pulsmodi, analoge oder digitale<br />

Modulation. Schnelle kundenspezifische<br />

Anpassungen, Industrie- und<br />

Medizin-Geräte.<br />

Design and production of laser<br />

drivers, TEC controllers and diode<br />

laser systems. CW, QCW, analog and<br />

digital control options. Fast adaption<br />

to customer requirements, industrial<br />

and medical devices.<br />

Plauener Str. 163-165, Haus i<br />

13053 <strong>Berlin</strong>, Germany<br />

Robby Oswald<br />

fon: +49 30 2977304 0<br />

fax: +49 30 2977304 11<br />

kontakt@ostech.de<br />

www.ostech.de


PolyPhotonics <strong>Berlin</strong><br />

Fraunhofer HHI – a leading<br />

Research Institute for Mobile and fixed<br />

Communications Networks and for the<br />

Key Applications in the World.<br />

PolyPhotonics <strong>Berlin</strong> – A technology<br />

platform for highly functional optical<br />

components.<br />

With the PolyPhotonics <strong>Berlin</strong> technology<br />

platform, a new technology is<br />

emerging on the world market alongside<br />

the established platforms based<br />

on semiconductors or glass, which is<br />

superior to the established solution<br />

approaches in many respects.<br />

The entrepreneurial vision of the<br />

alliance is to take over the world‘s<br />

leading position in polymer-based<br />

integration technology and, in<br />

addition, to open up and make this<br />

platform available to other technology<br />

platforms, thereby opening up new<br />

fields of application, e.g. in medical or<br />

environmental technology.<br />

Einsteinufer 37<br />

10587 <strong>Berlin</strong>, Germany<br />

Crispin Zawadzki<br />

fon: +49 30 31002 624<br />

info@polyphotonics-berlin.de<br />

www.polyphotonics-berlin.de


SENTECH Instruments GmbH<br />

Ellipsometer und Reflektometer zur<br />

hochgenauen Messung von Schichtdicke<br />

und optischen Eigenschaften<br />

sowie zur Qualitätskontrolle in der<br />

Fertigung.<br />

Plasmaätzanlagen und Plasmabeschichtungsanlagen<br />

für schädigungsarme<br />

Prozesse und Herstellung von<br />

optischen Bauelementen, plasmaunterstützte<br />

ALD für optische<br />

Beschichtungen.<br />

Ellipsometer and reflectometer for<br />

high-precision measurement of layer<br />

thickness and optical properties as<br />

well as quality control in production.<br />

Plasma etching equipment and<br />

plasma deposition equipment for<br />

low-damage processes and manufacturing<br />

of optical components, plasmaenhanced<br />

ALD for optical coatings.<br />

Konrad-Zuse-Bogen 13<br />

82152 Krailling, Germany<br />

Wolfgang Wagenseil<br />

fon: +49 89 8979607 0<br />

fax: +49 89 8979607 22<br />

Schwarzschildstraße 2<br />

12489 <strong>Berlin</strong>, Germany<br />

Friedrich Paul Witek<br />

sales@sentech.de<br />

www.sentech-sales.de


SLT Sensor- und Lasertechnik GmbH<br />

• Pyroelektrische Energiemessköpfe<br />

• THz-Sensoren<br />

• Leistungsmessköpfe<br />

• OEM-Sensoren und Auswerteelektroniken<br />

• Einsatzbereich vom VUV bis<br />

FIR / THz<br />

• Anzeigegeräte<br />

• Interne Leistungsmessung mit<br />

kurzer Anstiegszeit<br />

• Sonderanfertigungen<br />

• Kalibrierservice, rückführbar auf<br />

die PTB Braunschweig<br />

• OEM Sensors<br />

• From VUV up to FIR / THz<br />

• Read out Electronics<br />

• Internal power measurement<br />

with short risetime<br />

• Calibration service, traceable<br />

to PTB Braunschweig<br />

• Pyroelectric Energy Detectors<br />

• THz Detectors<br />

• Powermeter<br />

• Thermopile Sensors<br />

Freiheitstr. 124-126<br />

15745 Wildau, Germany<br />

Karsten Lange<br />

fon: +49 3375 5257201<br />

fax: +49 3375 5257203<br />

service@pyrosensor.de<br />

www.pyrosensor.de


Spektrum Prisma GmbH<br />

The Spektrum Prisma GmbH<br />

develops and produces customerspecific<br />

and innovative laser solutions.<br />

As a specialist in the field of<br />

diode-pumped short-pulse lasers with<br />

a unique beam quality, we develop<br />

powerful lasers that are precisely<br />

tailored to the customer‘s requirements.<br />

Different concepts for pumping of<br />

laser crystals in the longitudinal and<br />

transverse variant were extensively<br />

optimized. The solid-state lasers<br />

based on a Nd-YAG and the 2nd, 3rd<br />

and 4th harmonics generate the desired<br />

light radiation of 1064 nm, 532<br />

nm, 355 nm, 266 nm.<br />

Either individually or in combination.<br />

Our lasers are characterized by their<br />

compact design. All optical and electrical<br />

components required for laser<br />

operation are contained in the laser<br />

head and the laser is prepared for air<br />

or water cooling.<br />

spektrum<br />

prisma<br />

Siemensdamm 50<br />

13629 <strong>Berlin</strong>, Germany<br />

Uwe Massmann<br />

fon: +49 30 669337 82<br />

info@spektrum-prisma.com<br />

www.spektrum-prisma.com


TEC Microsystems GmbH<br />

TEC Microsystems is a German<br />

high-tech company located in <strong>Berlin</strong>.<br />

Thermoelectric modules are our core<br />

competence based on more than<br />

fi fteen years of experience in design<br />

and world-wide distribution. The<br />

application spectrum ranges from<br />

thermal management in micro- and<br />

optoelectronics such as temperature<br />

stabilization and cooling to PCR<br />

thermocycling and small-scale energy<br />

harvesting using thermoelectric<br />

generators. Specialized in miniature<br />

thermoelectric modules TEC Microsystems<br />

is a driver of innovation and<br />

technological progress.<br />

TEC Microsystems ist ein deutsches<br />

High-Tech-Unternehmen mit Sitz in<br />

<strong>Berlin</strong>. Seit mehr als 15 Jahren entwickeln<br />

wir thermoelektrische Module<br />

und vertreiben diese weltweit. Einsatzfelder<br />

im Bereich der Mikro- und<br />

Optoelektronik sind Temperaturstabilisierung,<br />

Kühlung und PCR-Thermocyling<br />

sowie small-scale energy<br />

harvesting mittels thermoelektrischer<br />

Generatoren. Durch Spezialisierung<br />

auf Mikromodule ist die TEC Microsystems<br />

ein Motor für Innovation und<br />

technologischen Fortschritt.<br />

Schwarzschildstr. 8<br />

12489 <strong>Berlin</strong>, Germany<br />

Alexander Hoferichter<br />

fon: +49 30 6789 3314<br />

fax: +49 30 6789 3315<br />

info@tec-microsystems.com<br />

www.tec-microsystems.com


Technische Hochschule Wildau<br />

Die Technische Hochschule Wildau ist<br />

eine innovative, forschungsstarke und<br />

zukunftsorientierte Campushochschule<br />

im Süden von <strong>Berlin</strong>. Sie bietet optimale<br />

Studienbedingungen sowie hervorragende<br />

Voraussetzungen für einen<br />

Berufseinstieg nach dem Studium aufgrund<br />

ihrer zahlreichen Kooperationen<br />

und direkten Kontakte zu Forschung,<br />

Wirtschaft und Wissenschaft. Auf der<br />

Laser World of Photonics werden innovative<br />

Forschungsthemen der Arbeitsgruppe<br />

Optische Technologien/Photonik<br />

aus den Bereichen Photonik, Optik, Optoelektronik<br />

und Sensorik sowie die Studiengänge<br />

„Physikalische Technologien/<br />

Energiesysteme“ (Bachelor) und „Photonik“<br />

(Master) vorgestellt.<br />

The Technical University of Applied Sciences<br />

Wildau is a young campus uni-<br />

versity with a strong focus on the future,<br />

research and practical studies, south of<br />

<strong>Berlin</strong>. It offers optimal study conditions<br />

as well as excellent conditions for starting<br />

a career after graduation due to its<br />

numerous cooperations to research, industry<br />

and science. At the Laser World<br />

of Photonics, innovative research topics<br />

of the Optical Technologies / Photonics<br />

Group from the fields of photonics, optics,<br />

optoelectronics and sensor technology<br />

as well as the study programs „Physical<br />

Technologies/Energy Systems“ (Bachelor)<br />

and „Photonics“ (Master) will be presented.<br />

Hochschulring 1<br />

15745 Wildau, Germany<br />

Prof. Dr. Martin Regehly<br />

Dr. Martin Burger<br />

fon: +49 3375 508 300<br />

www.th-wildau.de/photonik


WISTA Management GmbH<br />

The <strong>Berlin</strong>-<strong>Brandenburg</strong> region is<br />

home to one of the most significant<br />

clusters for optics technologies in<br />

Europe. Many of these businesses<br />

are located at Adlershof, within the<br />

Photonics Centre‘s six buildings,<br />

which offer 17,300 square meters<br />

of laboratory and office space. Here<br />

they profit from the close proximity<br />

to both university and non-university<br />

research institutes, including the<br />

Helmholtz-Zentrum <strong>Berlin</strong> für Materialien<br />

und Energie (Helmholtz Centre<br />

for Materials and Energy, HZB),<br />

and the Ferdinand-Braun-Institut,<br />

Leibniz-Institut für Höchstfrequenztechnik<br />

(FBH).<br />

Rudower Chaussee 17<br />

12489 <strong>Berlin</strong>, Germany<br />

Dr. Bernd Ludwig<br />

fon: +49 30 6392 2250<br />

fax: +49 30 6392 2235<br />

b.ludwig@wista.de<br />

www.wista.de


The joint presentation of Germany‘s Capital Region is hosted by the local economic<br />

authorities of the states of <strong>Berlin</strong> and <strong>Brandenburg</strong><br />

Senate 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 />

Supported by:

Hooray! Your file is uploaded and ready to be published.

Saved successfully!

Ooh no, something went wrong!