1940-1950nm CW Fiber Laser
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Ships from:
China
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Sold by:
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On FindLight:
since 2016
Description
Connet 2.0um (GHz) series of CW fiber lasers use the Master Oscillator Power-Amplifier (MOPA) structure or the direct resonator cavity structure design to achieve the high-power output. The generally adopted pumps are the semiconductor or fiber lasers in the bands of 793nm and 1570nm. The output polarization can be linear or random. This laser is suitable for the applications of device testing, medical treatment, remote sensing, LiDAR and mid-infrared pumping, etc. with the typical operating wavelengths of 1908nm, 1940nm, 1950nm, 2004nm and 2050nm, etc.
The 2.0um (GHz) series of CW fiber lasers employ the microprocessor-based control system with stable performance and maintenance-free operation. The benchtop laser can display the output power, the temperature and other working status in real time through the LCD on the front panel, and also can provide the alarm information in time. This laser system is with clear interface and easy operation.
1940-1950nm CW Fiber Laser
Specifications |
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|---|---|
| Center Wavelength: | 1950 nm |
| Output Power: | 40 W |
| Output Mode: | Continuous Wave (CW) |
| Beam Quality (M^2): | 1.2 |
| Spectral Linewidth: | 0.5 nm |
| Output Power Stability: | 1% ~ 1.25% |
| Output Fiber Type: | SM Fiber |
| Output Fiber Length: | 0.5 m |
| Interface: | Other / Not-specified |
| Cooling: | Air Cooled |
| Electrical Requirements: | 240V - 50Hz |
Features
- High output power: up to 40W
- Excellent beam quality
- Stable and reliable performance
- Linear polarization output optional
- Air-cooling integrated design
- (water-cooling optional)
- All-fiber design
Applications
- Medical treatment
- Mid-infrared pump source
- LiDAR
- Device testing
- Plastic material processing
- Nonlinear effect study
- Other scientific research
Frequently Asked Questions
The laser can output up to 40W.
The typical operating wavelengths are 1908nm, 1940nm, 1950nm, 2004nm, and 2050nm.
The laser is suitable for medical treatment, remote sensing, LiDAR, device testing, mid-infrared pumping, and other scientific research.
The laser employs a microprocessor-based control system with stable performance and maintenance-free operation.
The laser has an air-cooling integrated design, but water-cooling is optional.