355 nm Wavelength Conversion Laser
The 355 nm wavelength conversion laser is a high-performance ultraviolet laser developed using advanced nonlinear frequency-conversion technology and an optimized optical design. It delivers stable UV output with high beam quality, low noise, and excellent power stability.
Its reliable performance and precise wavelength generation make it suitable for applications requiring high-resolution processing and accurate optical control.
Key Features
- High-efficiency UV frequency-conversion technology
- Excellent beam quality and low noise
- Stable and reliable power output
Application Areas
- Precision micro-machining
- Materials processing
- Scientific instrumentation and UV-based research
Product Information
355 nm Wavelength Conversion Laser
The 355 nm wavelength conversion laser is a high-performance ultraviolet laser developed using advanced nonlinear frequency-conversion technology and an optimized optical design. It delivers stable UV output with high beam quality, low noise, and excellent power stability. Its reliable performance and precise wavelength generation make it suitable for applications requiring high-resolution processing and accurate optical control.
Key features
Highlights- ✓High-efficiency UV frequency-conversion technology
- ✓Excellent beam quality and low noise
- ✓Stable and reliable power output
- ✓Precision micro-machining
- ✓Materials processing
- ✓Scientific instrumentation and UV-based research
- ✓High beam quality for precise UV interaction
- ✓Excellent long-term output stability
Applications
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355 nm Wavelength Conversion Laser
The 355 nm wavelength conversion laser is a high-performance ultraviolet laser developed using advanced nonlinear frequency-conversion technology and an optimized optical design. It delivers stable UV output with high beam quality, low noise, and excellent power stability. Its reliable performance and precise wavelength generation make it suitable for applications requiring high-resolution processing and accurate optical control.
Key Features
- High-efficiency UV frequency-conversion technology
- Excellent beam quality and low noise
- Stable and reliable power output
Application Areas
- Precision micro-machining
- Materials processing
- Scientific instrumentation and UV-based research
Introduction to 355 nm UV Wavelength Conversion
The 355 nm UV laser is achieved through nonlinear optical conversion using third-harmonic generation (THG). This wavelength is widely used in semiconductor processing, optical research, fluorescence excitation and UV-based sensing systems due to its high spatial resolution and strong interaction with sensitive materials.
Additional Technical Characteristics
- High beam quality for precise UV interaction
- Excellent long-term output stability
- Low-noise ultraviolet emission for sensitive detection
- Compact and rugged design suitable for OEM platforms
- Advanced thermal and mechanical stability
- High-efficiency nonlinear conversion structure
The 355 nm wavelength conversion laser is a high-performance ultraviolet laser developed using advanced nonlinear frequency-conversion technology and an optimized optical design. It delivers stable UV output with high beam quality, low noise, and excellent power stability. Its reliable performance and precise wavelength generation make it suitable for applications requiring high-resolution processing and accurate optical control.
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