AMPHOS GmbH’s Post

If you are looking for a new task or want to get in touch with AMPHOS to learn something about our company, we would be pleased to welcome you today at the career day in Aachen. If you can´t visit our booth, feel free to check open positions on our website https://lnkd.in/ehmeuNsG #AMPHOS #TRUMPF #Career #Aachen

Komm am 07. Mai 2024 zum Karrieretag in Aachen und finde deinen Traumjob bei AMPHOS.   Von 10 bis 17 Uhr stehen wir an unserem Messestand und beantworten alle Fragen zu offenen Stellen und deinen Karrieremöglichkeiten bei AMPHOS. Der Eintritt zum Karrieretag ist kostenlos.   Alle aktuell offenen Stellen findest du auch auf unserer Website unter https://lnkd.in/ehmeuNsG.   Wir freuen uns auf euch.   #Karrieretag #Aachen #Jobsuche #Jobmesse #Laser #Bewerbung

We are pleased to announce the start of #XProLas The research project with more than 10 project partners focuses on investigating and building laser-driven X-ray sources for improving e-car batteries. AMPHOS develops a new high power ultrashort pulsed laser system with world record parameters which will be the pump front end for the future shaping X-ray source.   The XProLas research project aims to create a compact, high-brilliance X-ray source for analyzing the cathode material of electric car batteries. The material from which the cathodes of electric car batteries are made is of central importance for the performance and reliability of electric vehicle batteries. The exact composition of the cathode material can only be determined using X-rays. The compact, laser-driven variants can also replace large-scale research facilities in this field of application. Manufacturers of cathode material can thus speed up their development work.   The laser serves as a so-called upstream beam source in the generation of X-rays. Laser pulses hit the so-called target, a metal such as gallium, indium or tin. A plasma is created; this plasma emits some of the energy as extremely short-wave light, the X-rays. #AMPHOS #TRUMPF #HighPower #Ultrafast #ps #fs #InnoSlab #ShapeTheFuture

Finally it starts!   We announce together with our partners the start of the future shaping "MEGA-EUV" project.   AMPHOS GmbH is cooperating with the Universität Hamburg, Class 5 Photonics , Deutsches Elektronen-Synchrotron DESY and partners from the semiconductor industry as part of the "MEGA-EUV" project. The aim of the project is to develop a high-performance, extreme ultraviolet (EUV) beam source for the inspection of microchips. The project is being funded by Bundesministerium für Bildung und Forschung as part of the program “Neuartige photonische Werkzeuge für Wirtschaft und Gesellschaft” (new photonic tools for economy and society). The goal of this funding initiative is to support the transfer of innovative research results in the key technology #photonics and thus making important contributions to innovative strength and competitiveness as well as to overcoming social challenges in the areas of health, digitalization, and sustainability. More info: https://lnkd.in/eFXXFv5q #MEGAEUV #AMPHOS #HighPower #InnoSlab #femto #ShapeTheFuture #Ultrafast #TRUMPF

We had a good time while visiting #SLAC National Accelerator Center in Stanford, California. Beside the open discussions we could also see our latest installation of our #NewGeneration customized #Amphos3000. We are very proud you are using our products to feed your hutches where the important things happen. Thank you Marco Swantusch and Huanyu Song for the organization and the warm welcome as well as the impressive lab tour.

We arrived! San Francisco is always impressive and worth it. Cloudy but comfortable climate, wonderful to get used to the time difference of 9 hours. We see you at the #SPIE #PhotonicsWest show! Make sure you visit our booth 153. #laser #ultrashort #picosecond #femtosecond #amphos #HighPower #pulse #Slab

Congratulation to the CLF and HILASE team for the stunning results and success 🎉 🚀 👏 We are very happy and proud you are using our AMPHOS Diode Pump Lasers Systems for your DiPOLE Technology.   This indeed brings us to new heights in the realm of high energy, high repetition rate lasers. We are looking forward to follow your work and the next steps for this cutting-edge system. #CentralLaserFacility #HiLASE #AMPHOS #HighEnergy #HighRepetitionRate #DiodeLaser #DiPOLE #PumpLaser