TOPTICA EAGLEYARD is a global leading provider of high power laser diodes with wavelengths from 630 nm – 1120 nm based on GaAs (Gallium Arsenide). Our products combine maximum...
Berlin, July 8th, 2025: At this year’s Laser World of Photonics, TOPTICA EAGLEYARD demonstrated that Plug & Play is more than a product feature – it’s a ...
Berlin, January 20th, 2025: With the launch of the fiber-coupled miniECL 780 nm at the 2025’s SPIE Photonics West, TOPTICA EAGLEYARD once again shows how convenient and ...
Berlin, January 13th, 2025: There are many areas in which you can benefit from the experience and knowledge of the past, but few are as beneficial as taking advantage of past ...
Berlin/Munich, January 15th, 2024 TOPTICA EAGLEYARD is starting off the new year with great news: the long awaited 670 nm wavelength finally becomes available as new addition ...
Berlin/Munich, November 13, 2023 In October 2023, Claus Heitmann (CEO), Michael Kneier (VP Sales & Marketing) and Dr Björn Globisch (Head of Research & Development...
Berlin/Munich, January 15, 2023 TOPTICA EAGLEYARD is starting off the new year with a lot of news, all of which will be publicly announced at SPIE BIOS and PHOTONICS WEST: In ...
Combining three wavelengths in 3.4x3.3mm, SMD can make the product lighter, thinner and shorter.The SMD welding method enables automatic production of products, reducing production...
The SMD LD-3433 of LECC technology is currently the smallest laser diode in the industry. We develop parts for surface- mount technology (SMD) to integrate laser diodes into a...
Breaking the stereotype of laser modules in the past, The industry‘s smallest laser module. SMD+DIP all available welding methods, contains high temperature resistant aspheric...
Motorized focus laser modules feature APC and TEC temperature control feedback circuits, an intuitive software interface and many customizable options, so customers can adjust...
It contains APC circuit with stable light output power, also known as an adjustable focus module. It can be focused according to the site conditions, and the energy distribution...