1.0μm High-Power Single-Frequency Laser (0.2–2W)
A highly stable 1.0μm single-frequency laser delivering 0.2–2W CW power with narrow linewidth, low drift, excellent long-term coherence, and robust fiber-based architecture.
Key Features
- Narrow linewidth with single-frequency stability
- 0.2–2W continuous-wave output power
- Low phase noise and high signal-to-noise ratio
- All-fiber structure ensuring mechanical stability
- Excellent beam quality and long-term wavelength stability
Application Areas
- Precision spectroscopy
- Optical sensing and metrology
- Scientific research laboratories
- Coherent detection and communication
Product Information
1.0μm High-Power Single-Frequency Laser (0.2–2W)
A highly stable 1.0μm single-frequency laser delivering 0.2–2W CW power with narrow linewidth, low drift, excellent long-term coherence, and robust fiber-based architecture.
Key features
Highlights- ✓Extremely narrow linewidth for high coherence applications
- ✓Stable single-frequency output with reduced phase noise
- ✓Fiber-based structure for vibration and alignment immunity
- ✓Optimized thermal dissipation for continuous operation
- ✓Compact design suitable for OEM and laboratory setups
- ✓Atomic physics, optical trapping, and cold atom studies
- ✓Biomedical imaging and coherence-based diagnostics
- ✓Material metrology and optical inspection
Applications
Use casesProduct Deep Dive
Discover the innovative engineering and superior performance that define our laser systems.
1.0μm High-Power Single-Frequency Laser (0.2–2W)
The 1.0μm high-power single-frequency laser (0.2–2W) is designed for precision scientific research, industrial environments, and advanced optical laboratories requiring stable and narrow-linewidth optical sources. Its architecture supports long-duration experiments, minimizes frequency drift, and provides consistent output power for demanding applications.
Key Features
- Extremely narrow linewidth for high coherence applications
- Stable single-frequency output with reduced phase noise
- Fiber-based structure for vibration and alignment immunity
- Optimized thermal dissipation for continuous operation
- Compact design suitable for OEM and laboratory setups
Typical Applications
- Atomic physics, optical trapping, and cold atom studies
- Biomedical imaging and coherence-based diagnostics
- Material metrology and optical inspection
- Lidar, distributed sensing, and interferometric measurements
Performance Characteristics
- Low drift optical power over extended usage
- Reliable wavelength stability under thermal variation
- Low relative intensity noise for accurate measurements
- High spatial coherence and beam uniformity
- Engineered for long-term reliability in industrial setups
Why Choose This Laser
The 1.0μm single-frequency platform provides dependable wavelength control, consistent beam purity, and scalable CW output. It is manufactured under strict quality processes using optimized fiber components, ensuring long-term performance and minimal maintenance in challenging environments.
Available Model Variants
- Power Options: 0.2W, 0.5W, 1W, 1.5W, 2W
- Laboratory benchtop or OEM module formats
- Integrated temperature control modules
- Optional wavelength locking and accessories
Installation & Operation
For long-term stability, ensure adequate cooling, stable input power, and proper fiber management. Avoid sharp bends in fiber, maintain grounding, and follow standard warm-up procedures for optimal wavelength and noise performance.
About the Manufacturer
Manufactured in Hangzhou City, Techwin develops high-stability fiber-laser platforms engineered for industrial, laboratory, and OEM applications. Each unit is built under controlled processes to ensure optimal long-term reliability and spectral purity.
A highly stable 1.0μm single-frequency laser delivering 0.2–2W CW power with narrow linewidth, low drift, excellent long-term coherence, and robust fiber-based architecture.
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