REA Series — 650W CW Module
The REA Series Laser Module delivers the reliability and performance of diode pumping to high power industrial and scientific laser systems, virtually eliminating the downtime experienced by older lamp-based laser technologies. Drive your laser system up to 650 watts of CW power @ 1064nm.
This reliable and efficient gain module can be used as the "engine" in new laser system development and production, or to convert your existing lamp-based designs to state-of-the-art diode pumping. The Nd:YAG laser rod is pumped by radial arrays of efficiently coupled long lifetime laser diode bars, and delivers good pump uniformity and stable lensing performance. The laser module requires between 60 - 120 VDC diode bias from a reliable solid-state driver, and is cooled by re-circulating filtered water from a simple chiller system.
| Model |
Rod Diameter1 |
Output Power2 |
Diode Bias Voltage3 |
Drive Current2 |
| REA4006-1C2H |
4 x 126mm |
140 W |
60 VDC |
0-32A (25A nominal) |
| REA5006-1C4H |
5 x 126mm |
250 W |
60 VDC |
0-50A (40A nominal) |
| REA6306-1C4H |
6.35 x 126mm |
275 W |
60 VDC |
0-50A (40A nominal) |
| REA5008-1C2H |
5 x 146mm |
200 W |
80 VDC |
0-32A (25A nominal) |
| REA5008-1C4H |
5 x 146mm |
400 W |
80 VDC |
0-50A (40A nominal) |
| REA6308-1C4H |
6.35 x 146mm |
450 W |
80 VDC |
0-50A (40A nominal) |
| REA5010-1C4H |
5 x 167mm |
500 W |
100 VDC |
0-50A (40A nominal) |
| REA6310-1C4H |
6.35 x 167mm |
550 W |
100 VDC |
0-50A (40A nominal) |
| REA5012-1C4H |
5 x 167mm |
600 W |
120 VDC |
0-50A (40A nominal) |
| REA6312-1C4H |
6.35 x 188mm |
650 W |
120 VDC |
0-50A (40A nominal) |
| 1 0.6% Nd doping. |
| 2 Minimum 1064 nm multi-mode output in a short cavity (280 ± 5 mm flat HR/flat 70%R OC) CW oscillator arrangement at delivery. Nominal Drive Current 25A and 40A for IC2 and IC4 respectively. |
| 3 Max current is 32A and 50A for IC2 and IC4 respectively. Required voltage at the pump head stated w/o consideration for inefficiencies in the electrical system. |
| **Pulsed versions available. | |
|