2.0μm high-power single-frequency laser (0.05-2W)

The 2.0μm high-power single-frequency laser (0.05–2W) is a key solution for applications that demand accuracy, long-term stability, and reliable performance in the mid-infrared wavelength range. As a sub-category within the High-Power Fiber Lasers product line, it supports research laboratories, industrial facilities, medical technology projects, and environmental monitoring operations that require consistent optical output under demanding conditions.

Overview of the 2.0μm Laser Platform

Operating in the 2.0μm region, this high-power single-frequency laser is ideal for precision sensing, molecular spectroscopy, materials research, gas detection, laser radar, and other fields that rely on narrow-linewidth operation. It is built around a stable fiber gain medium and an optimized optical design to ensure highly stable optical power, excellent spectral purity, low noise, narrow linewidth, and precise wavelength control, even in challenging environments.

Key Features

• Narrow linewidth single-frequency output for high-accuracy measurements, coherent detection, and scientific research
• Output power range from 0.05W to 2W for both low- and high-power configurations
• Stable long-term operation using temperature control modules, optical isolation, and high-grade fiber components
• Minimal drift and predictable output with consistent wavelength over long durations
• High spectral purity with clean, steady signal output across the full operating range
• Compact integration-ready design suitable for rack-mounted systems, experimental platforms, industrial machines, and OEM devices

Technical Advantages

• Low-noise output supporting sensitive detection instruments and high-resolution measurements
• Excellent thermal control using advanced thermal management for stable performance in lab, industrial, and field environments
• Reliable fiber-based structure enabling low-maintenance operation and reduced sensitivity to environmental changes
• Customizable parameters including output power, package size, wavelength tuning, electrical interface, and beam delivery options

Applications of the 2.0μm Laser System

• Gas sensing and environmental monitoring targeting CO₂, H₂O, CH₄, NH₃ and other gases
• Atmospheric monitoring and industrial emissions tracking with high-resolution absorption features
• Precision gas analysis and remote sensing applications requiring narrow linewidth sources
• Medical technology: therapeutic devices, medical imaging research, and diagnostic instrument development
• LIDAR and ranging systems for eye-safe ranging, long-distance measurement, coherent detection, and remote mapping
• Spectroscopy including molecular spectroscopy, material identification, absorption studies, and general scientific experiments
• Industrial processes such as material processing tools, automation systems, scientific manufacturing lines, and quality inspection machinery

Performance Specifications

• Optical specifications: 2.0μm wavelength range, 0.05–2W output power, single-frequency operation
• Spectral width: narrow-linewidth design for precise measurements
• Noise level: low-noise architecture suitable for high-sensitivity detection
• Long-term stability: designed for constant, repeatable output
• Electrical and thermal: multiple power supply configurations and integrated TEC-based thermal control
• Real-time monitoring through electronic feedback systems
• Packaging options including benchtop units, OEM modules, rack-mounted formats, and custom enclosures upon request

Why Choose This Laser Type

This 2.0μm laser platform is ideal for users who need tight wavelength control, consistent power delivery, and long-term reliability. It offers high spectral precision, reduced maintenance thanks to its fiber architecture, stable performance across temperature variations, and flexible integration into different equipment setups. Its mid-infrared operation makes it suitable for both research and industrial environments where accurate mid-IR sources are required.

About the Manufacturer

Techwin provides fiber laser solutions for advanced optical research and complex industrial systems. Located in Hangzhou City, the company focuses on reliable engineering, stable components, and strong technical support resources. The 2.0μm high-power single-frequency laser (0.05–2W) reflects this commitment to dependable professional laser technology.

Ordering Information

• Required output power range and configuration
• Specific wavelength or tuning requirements
• Preferred package format: benchtop, rack, or OEM module
• Intended application and operating environment
• Any optional customization needs such as interfaces or beam delivery

Contact Information

For inquiries, technical details, or quotations, please contact: Phone/WhatsApp +86-13958180450 or visit singlefrequencyfiberlaser.com. A representative will provide specifications, documentation, and application guidance for your project.

Conclusion

The 2.0μm high-power single-frequency laser (0.05–2W) delivers reliable mid-infrared performance for research, industrial systems, and professional applications that require narrow-linewidth output and stable power. With a robust fiber architecture, dependable wavelength control, and multiple configuration options, it is a versatile tool for laboratories, engineers, and integrators who need accurate and stable 2.0μm laser sources.