• ERDI's self-developed 1535nm erbium glass laser transmitter utilizes diode-pumped microchip technology with pulse energies up to 4mJ or more. The laser operates stably at a frequency of 1-5Hz with compact size and excellent beam quality. Widely used in laser ranging, laser irradiation, LIDAR, target identification, laser medical and fiber optic communication etc. ERDI is committed to providing stable and efficient laser solutions to meet a variety of application needs.
  • ERDI's self-developed 1535nm erbium glass laser transmitter utilizes diode-pumped microchip technology with pulse energies up to 4mJ or more. The laser operates stably at a frequency of 1-5Hz with compact size and excellent beam quality. Widely used in laser ranging, laser irradiation, LIDAR, target identification, laser medical and fiber optic communication etc. ERDI is committed to providing stable and efficient laser solutions to meet a variety of application needs.
  • ERDI's self-developed 1535nm erbium glass laser transmitter utilizes diode-pumped microchip technology with pulse energies up to 4mJ or more. The laser operates stably at a frequency of 1-5Hz with compact size and excellent beam quality. Widely used in laser ranging, laser irradiation, LIDAR, target identification, laser medical and fiber optic communication etc. ERDI is committed to providing stable and efficient laser solutions to meet a variety of application needs.
  • ERDI's self-developed 1535nm erbium glass laser transmitter utilizes diode-pumped microchip technology with pulse energies up to 4mJ or more. The laser operates stably at a frequency of 1-5Hz with compact size and excellent beam quality. Widely used in laser ranging, laser irradiation, LIDAR, target identification, laser medical and fiber optic communication etc. ERDI is committed to providing stable and efficient laser solutions to meet a variety of application needs.
  • ERDI's self-developed 1535nm erbium glass laser transmitter utilizes diode-pumped microchip technology with pulse energies up to 4mJ or more. The laser operates stably at a frequency of 1-5Hz with compact size and excellent beam quality. Widely used in laser ranging, laser irradiation, LIDAR, target identification, laser medical and fiber optic communication etc. ERDI is committed to providing stable and efficient laser solutions to meet a variety of application needs.
  • ERDI's self-developed 1535nm erbium glass laser transmitter utilizes diode-pumped microchip technology with pulse energies up to 4mJ or more. The laser operates stably at a frequency of 1-5Hz with compact size and excellent beam quality. Widely used in laser ranging, laser irradiation, LIDAR, target identification, laser medical and fiber optic communication etc. ERDI is committed to providing stable and efficient laser solutions to meet a variety of application needs.

1535nm Erbium Glass Laser 2mJ

1535nm Erbium Glass Laser 2mJ

Model: ER2000
Request a Quote The laser is made of a proprietary erbium glass material. The laser operates within the human eye-safe wavelength range, has excellent penetration, and can work effectively under various atmospheric conditions. The product has a compact size of 60×25×13.5 mm³ and weighs only 105g. It has a lightweight design and is widely used in various fields such as laser ranging, laser imaging, optical communications, laser medicine, military and security applications, and scientific research.

TECHNICAL PARAMETERS

Laser Wavelength

1535 nm

Eyesafe

Class 1

Pulse energy

≥2mJ

Laser Pulse width

12 ns

Pulse repetition rate

5Hz

Pulse stability

±5%

Raw Beam Diameter

0.5 mm

Beam divergence angle

4mrad

Beam Mode

TEM00

Operating temperature

-45 ℃~+65 ℃

Storage temperature

-55 ℃~+85 ℃

Impact

1500 G, 0.5 ms

Vibration

5-200 Hz/20 G

Life span

＞50 million shots

Dimension (mm)

                   60×25×13.5 mm³

Weight

105 g

Voltage

5V

Electric current

65 A

Drive pulse width

≥4ms

STRUCTURAL DRAWING(In mm)

 

ERDI's self-developed 1535nm erbium glass laser transmitter utilizes diode-pumped microchip technology with pulse energies up to 2mJ or more. The laser operates stably at a frequency of 1-5Hz with compact size and excellent beam quality. Widely used in laser ranging, laser irradiation, LIDAR, target identification, laser medical and fiber optic communication etc. ERDI is committed to providing stable and efficient laser solutions to meet a variety of application needs.

                                              

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