Spie Photonics West’24 San Francisco
In collaboration with Dr. Jörg Ehehalt from Avenir Photonics, our offer of products was showcased at Spie Photonics West in San Francisco. We met many customers as well as new people who are interested in our company and our developments.                     
RGB visited Spie Photonics West the 8th time now and it was as nice as always. See you in the next Year!
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Laser World of Photonics’23 Munich
Together with Dr. Jörg Ehehalt from Avenir Photonics, we showed our product line at the Laser World of Photonics in Munich. The fair was very well attended with a record number of visitors.
We would like to thank our partners from Canada, China, Germany, India, Israel, Japan, Switzerland, Taiwan and the USA for the very pleasant discussions.
Technical topics and possible applications for our lasers were the highlights.
We enjoyed wonderful days.
OPIE’23 Yokohama  
RGB visited OPIE 2023 in Yokohama for the first time.
At the booth of the German Pavilion we showed our laser systems with accessories. It was important for me to have a closer exchange with our partners MSH Systems and Tokyo Instruments and to get to know new customers and opportunities.
My daughter (responsible for marketing) and I were very taken with the exuberant hospitality and extreme helpfulness. Thank you very much for that.
We will be back in the land of the rising sun.
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Following applications also here on Linkedin

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Energy Transfer Upconversion (ETU)

Energy Transfer Upconversion is a physical principle that involves the excitation of a laser-active ion to a level above that which would be achieved by simple absorption of a pump photon, the required additional energy being transferred from another laser-active ion.
The Institute of Chemistry at the University of Basel uses a customized Lambda Beam laser system. By means of an individually arranged lens, the laser achieves a very high power density with only 40mw output power. Very interesting for Upconversion studies.
Ever heard of Molography?
In short, focal molography is a nanotechnology-based method that cleverly combines photolithography, molecular self-assembly and state-of-the-art optical technology.
Hereby a 785nm RGB laser light wave hits antibodies, part of the light is diffracted (redirected) at a certain angle, while the angle is defined by the spacing of the antibody lines.
The patented biosensor from lino Biotech AG evaluates the result and finds applications in quality control for cell and gene therapies, drug screening in living cells or point-of-care diagnostics in healthcare.
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