CW Pumped Laser Modules
Our range of diode modules are an ideal 'pump engine' solution for OEM manufacturers of Diode Pumped Solid State (DPSS) lasers. They are available with a variety of gain media options (Nd:YAG, Nd:YVO4 etc.) and feature CW pump diodes.
All our commercial gain modules are offered with CW or QCW pump diodes. Each pump diode can be specified to deliver up to 200 Watts (peak). Up to four pump diodes can be packaged onto one Silver or Golden bullet array submodule.
|
The RBA GOLD is the third generation of diode-pump solid state modules. RBA Gold has all the same features as the RB Plus with an additional integrated circuit board that protects against all major premature failure mechanisms. Comes standard with a THREE-YEAR WARRANTY!
|
The RBA SilentLight series laser module incorporates a number of design enhancements that significantly reduce optical noise and improve beam pointing performance when operating in TEM00 laser resonators. With power ranges from 10W to 100W, the SilentLight module was designed to meet the needs of high finesse (single transverse mode, low noise) Q-switched laser applications.
|
|
The RB Plus Nd:YVO4 diode pumped laser module is perfect for fiber laser amplification requirements. It's side-pumping geometry provides an unparallel small signal gain.
|
The RB Plus family of diode pumped solid-state modules is a second generation Nd:YAG module that has become the industry standard DPSS pump source. The RB Plus Diode-Pumped Laser Module is offered at power levels up to 100 Watts in a simple, compact, and affordable package.
|
|
The RB Plus Nd:YLF diode pumped laser modules are a new addition to our RB Plus family of modules. It is ideally suited for use in Particle Image Velocimetry (PIV) or other high pulse energy applications.
|
The REA-Series Laser Module is a DPSS pump chamber offering power ranges of 130W all the way to 650W of CW power. Whether for high power industrial or scientific laser systems this DPSS gain amplifer virtually eliminates the downtime experienced by older lamp-based laser technologies.
|
