ERDI's 1.54μm Erbium Glass Microchip DPSS Laser is a compact, high-performance laser system designed for safety and efficiency. Operating at the eye-safe 1535 nm wavelength (Class 1), this 1.54μm Erbium Glass Microchip DPSS Laser is more easily absorbed by the human eye than common 1064 nm lasers, reducing risk while maintaining effectiveness. Built with ERDI’s proprietary erbium-doped laser glass and advanced bonded-crystal technology (combining Er:glass and Co:spinel), it delivers reliable performance in a small, lightweight package.
With a pulse energy range of 5–70 μJ and adjustable repetition rates from 500 Hz to 5 kHz, this laser is ideal for applications like lightweight LiDAR sensors and laser rangefinders. Its infrared emission and compact design make it a preferred choice for portable and high-precision systems in defense, industrial, and scientific fields. The combination of safety, power, and miniaturization ensures the 1.54μm Erbium Glass Microchip DPSS Laser stands out as a versatile and user-friendly solution.
Wavelength |
1535 nm |
Eyesafe |
Class 1 |
Pulse energy |
≥20 μJ |
Laser Pulse width |
5 ns |
Pulse stability |
10% |
Raw Beam Diameter |
0 .2 mm |
Beam divergence angle |
<15 mrad |
Beam Mode |
TEM00 |
Operating temperature |
-45 ℃~+65 ℃ |
Storage temperature |
-55 ℃~+85 ℃ |
Impact |
1500 G, 0 . 5 ms |
Vibration |
20~2000 Hz/20 G |
Life span |
>5 million times |
Dimension (mm) |
17×8×7 |
weight |
6 g |
Voltage |
2 V |
electric current |
3 A |
Drive pulse width |
≥0.3ms |
