100 W – 300 ps DPSS Lasers in a compact robust package

Bright Solutions’ sub-ns DPSS lasers are field proven subsystems of many portable lidar sensors. Many successful installations have confirmed worldwide the ability of these laser sources to operate on land vehicles as well as airplanes and helicopters. Keeping the concept of a ruggedized all-in-one IP 67 package, the company has now realized several higher power units featuring over 100W of average power at 1064 nm, with pulse durations in the range 300 to 900 ps and repetition rate up to 200 kHz.

Originally developed for aerospace applications, these laser units have now become powerful tools for the industry.

The lasers are based on the company’s proprietary unique sub-ns DPSS fast active Q-Switching technology continuously developed during the last decade. The consolidated single-unit and monolithic design facilitates the integration of these high power MOPA lasers in OEM industrial applications like micro-machining and ablation as well as in high-precision high-throughput LIDAR sensors.

Infrared (1064nm) and green (532nm) solutions are available in semi-customized packages, equipped with either industrial or Mil-spec connectors.

Visit Bright Solutions Booth 2245 at Photonics West and discuss the most suitable configuration according to your application needs!



Bright Solutions UV lasers for micromachining and special marking

Based on our Fast Q-switching Design, the UV versions of Wedge and Onda are having an increasing success in several high – tech application fields and in special marking processes.
UV versions of the Wedge HF and Onda feature excellent beam quality (M2 <1.3 and beam roundness >90%) and high peak power – up to 40kW – and can perform high-resolution microprocessing tasks in electronic applications (OLED manufacturing, trimming and corrections), marking and patterning on special materials (delicate plastics, CR39 lenses, glass).
Thanks to our proprietary Active Q-Switch Technology, the delicate UV optics are not affected by degradation when the laser is in pause or stand-by mode, but only during UV lasing action, which is triggered by the user. This feature allows to increase the lifetime of our UV laser sources.
In Wedge HF and Onda lasers, the FHG stage can also be refurbished on site using specific HW and SW tools provided by the Company.
The high energy models (up to 0.5 mJ at 266nm), like Wedge-HB and Wedge-XB, can be useful when relatively low repetition rates are require (few kHz range), in many industrial and LIDAR applications.
All our UV solutions feature our typical single-unit compact air-cooled design as standard configuration. Optional packages and cooling concepts are available.