Wavelength Converted Fiber Laser
The 193 nm frequency-converted laser is a high-performance narrow-linewidth frequency-doubled laser developed by combining the company’s proprietary narrow-linewidth fiber laser with highly efficient and stable frequency conversion technology. It features excellent beam quality and high power stability.
Product Features
Deep Ultraviolet Generation Technology
Breakthrough Linewidth Control
Power Stabilization Technology
Typical Applications
Precision Processing
Medical Applications
Semiconductor Lithography
The 266 nm frequency-converted laser is a high-performance narrow-linewidth frequency-multiplied laser developed by combining the company’s proprietary narrow-linewidth fiber laser with efficient and stable frequency conversion technology. It offers excellent beam quality and high power stability, and can be applied in fields such as semiconductor processing and material analysis.
Product Features
Narrow Linewidth Preservation Technology
Fourth-Harmonic Generation Technology Breakthrough
Deep Ultraviolet Optical Processing
Typical Applications
Semiconductor Processing
Material Analysis
The 509 nm frequency-converted laser is a high-performance green laser with completely independent intellectual property rights and performance reaching an internationally advanced level. It adopts highly efficient nonlinear frequency conversion technology and optimized optical path design, combined with beam quality optimization and power stability control, to achieve high-brightness, low-noise green laser output with excellent beam quality.
Product Features
Excellent Beam Quality
Long-Term Power Stabilization Technology
High-Efficiency Nonlinear Frequency Conversion Technology
Typical Applications
Cold Atom Physics
Laser Medical Applications
Solar Cell Processing
The 532 nm frequency-converted laser is a high-performance green laser with completely independent intellectual property rights and performance reaching an internationally advanced level. It employs highly efficient nonlinear frequency conversion technology and optimized optical path design, combined with beam quality optimization and power stability control, to achieve high-brightness, low-noise green laser output with excellent beam quality.
Product Features
High-Efficiency Nonlinear Frequency Conversion Technology
Excellent Beam Quality Optimization System
Intelligent Stability Control System
Typical Applications
Precision Processing
Biomedical Applications
Scientific Instruments
The 780 nm frequency-converted laser is a high-performance green laser with completely independent intellectual property rights and performance reaching an internationally advanced level. It adopts highly efficient nonlinear frequency conversion technology and optimized optical path design, combined with beam quality optimization and power stability control, to achieve high-brightness, low-noise green laser output with excellent beam quality.
Product Features
High-Efficiency Frequency Conversion Technology
Excellent Beam Quality Optimization System
Power Stabilization Technology
Typical Applications
Biomedical Fields
Industrial Processing Applications
Scientific Instruments
The 795 nm frequency-converted laser is a high-performance laser with completely independent intellectual property rights and performance reaching an internationally advanced level. It adopts highly efficient nonlinear frequency conversion technology and optimized optical path design, combined with beam quality optimization and power stability control, to achieve high-brightness, low-noise red laser output with excellent beam quality.
Product Features
Excellent Beam Quality
Long-Term Power Stabilization Technology
High-Efficiency Frequency Conversion Technology
Typical Applications
Rubidium Atomic Physics
Precision Measurement
