780 nm Wavelength Conversion Laser
The 780 nm wavelength conversion laser is a high-performance frequency-doubled laser developed with fully independent intellectual property and internationally advanced technology. Through the use of efficient nonlinear frequency-conversion techniques, a compact optical path design, and integrated beam-quality optimization with power-stability control, it delivers high brightness, low noise, excellent beam quality, and highly stable output power.
Key Features
- Efficient nonlinear frequency-conversion techniques
- Compact optical path design
- Integrated beam-quality optimization and power-stability control
Application Areas
- Biomedical applications
- Scientific instrumentation
- Industrial processing
Product Information
780 nm Wavelength Conversion Laser
The 780 nm wavelength conversion laser is a high-performance frequency-doubled laser developed with fully independent intellectual property and internationally advanced technology. Through the use of efficient nonlinear frequency-conversion techniques, a compact optical path design, and integrated beam-quality optimization with power-stability control, it delivers high brightness, low noise, excellent beam quality, and highly stable output power.
Key features
Highlights- ✓Biomedical applications
- ✓Scientific instrumentation
- ✓Industrial processing
- ✓High wavelength accuracy with low drift
- ✓Excellent beam quality with low M²
- ✓Temperature-controlled nonlinear conversion stages
- ✓Fiber-coupled or free-space interface options
- ✓Low relative intensity noise and high SMSR
Applications
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780 nm Wavelength Conversion Laser
The 780 nm wavelength conversion laser is a high-performance frequency-doubled laser developed with fully independent intellectual property and internationally advanced technology. Through the use of efficient nonlinear frequency-conversion techniques, a compact optical path design, and integrated beam-quality optimization with power-stability control, it delivers high brightness, low noise, excellent beam quality, and highly stable output power.
Application Areas
- Biomedical applications
- Scientific instrumentation
- Industrial processing
Overview of the 780 nm Wavelength Conversion Laser
The 780 nm Wavelength Conversion Laser is engineered to deliver spectrally-clean, narrow-linewidth output suitable for precision spectroscopy, calibration and NIR laboratory systems. Active wavelength stabilization, thermal control and clean optical routing deliver reliable long-duration operation.
Technical Considerations
- High wavelength accuracy with low drift
- Excellent beam quality with low M²
- Temperature-controlled nonlinear conversion stages
- Fiber-coupled or free-space interface options
- Low relative intensity noise and high SMSR
The 780 nm wavelength conversion laser is a high-performance frequency-doubled laser developed with fully independent intellectual property and internationally advanced technology. Through the use of efficient nonlinear frequency-conversion techniques, a compact optical path design, and integrated beam-quality optimization with power-stability control, it delivers high brightness, low noise, excellent beam quality, and highly stable output power.
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