Non-destructive tomographic measuring method for geometrically complex microoptics
For the functionality of optical systems, the geometrical shape of the functional optical surfaces and their position re…
For the functionality of optical systems, the geometrical shape of the functional optical surfaces and their position re…
Successful installation of Jenoptik’s latest ultra-short pulse laser at the laser application laboratory of the new site…
The "O lens" is a thing of the past, and D quality (diffraction limited) is here to stay. This simple phrase sums up the…
SCANLAB AG underscores its innovation leadership in laser positioning and deflection systems by setting new standards fo…
Die Firma SUSS MicroOptics entwickelt und produziert hochwertige Mikrooptiken auf Waferbasis. Um Entwicklungs- und Produ…
Jenoptik will show its new and enhanced laser technology products and optical systems as well as demonstrate its system…
Jenoptik and Phoenix Contact cooperate on developing intelligent LED machine lights. This strategic collaboration betwee…
Microlenses, microlens arrays, and diffractive optics are used in medical applications for homogenization of laser beams…
Inexpensive, energy saving, and easy to use - laser diodes present a viable alternative to conventional lasers. As semic…
Jenoptik has developed a new product range of photodiodes with an angle-independent response spectrum. Compared with con…