Skip to product information
1 of 6

High Repetition Frequency Erbium Glass Laser 40μJ

High Repetition Frequency Erbium Glass Laser 40μJ

Model: ER40
Regular price $260.00 USD
Sale price $260.00 USD Regular price
Shipping calculated at checkout.
Request a Quote
High Repetition Frequency Erbium Glass Laser 40μJ

$260.00 USD

Contact Us

×

Product Description

PC Upper Computer
The 1535nm High-Frequency Erbium Glass Laser Module is a high-frequency, human-eye-safe laser developed by ERDI TECH LTD using Er passive Q-modulation technology. It features a semiconductor packaging process, which results in a compact size and stable performance. The single pulse energy is consistent, and the beam quality is excellent. We offer customization for various parameters, such as 70 μJ@500Hz, 40 μJ@1KHz, 20 μJ@2.5KHz, 10 μJ@5KHz, and 5 μJ@10KHz. This laser module is widely used in laser ranging, laser irradiation, LIDAR, target identification, as well as laser medical applications and fiber optic communication.

TECHNICAL SPECIFICATIONS

Wavelength

1535 nm

Eyesafe

Class 1

Pulse energy

 ≥40 μJ

Laser Pulse width

4 ns

Pulse repetition rate 

1KHz

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

5A

Drive pulse width

 0 . 4  ms

                                                

MECHANICAL DIMENSION( mm)

1535nm High Heavy Frequency Erbium Glass Laser Module is a high heavy frequency human eye safe laser developed by ERDI TECH LTD based on Er:glass passive Q-modulation technology, which adopts semiconductor packaging process with compact size and stable performance. The single pulse energy is stable and the beam quality is good. We can customize different parameters such as 70 μJ@500Hz, 40 μJ@1KHz, 20 μJ@2.5KHz, 10 μJ@5KHz and 5 μJ@10KHz. They are widely used in laser ranging, laser irradiation, LIDAR, target identification as well as laser medical and fiber optic communication.