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  • 1.5 μm Laser Phase-Modulated Fiber Seed Source

    1.5 μm Laser Phase-Modulated Fiber Seed Source

    The core advantage of the 1.5 μm laser phase-modulated fiber seed source lies in its adjustable phase. Combined with ultra-low phase noise, high power stability, and an all-polarization-maintaining, interference-resistant design, it makes an ideal light source for cutting-edge fields such as quantum technology and precision sensing.

    Product Features

    Low Phase Noise
    High Power Stability
    All-Polarization-Maintaining Optical Path
    Adjustable Phase

    Typical Applications

    Optical Quantum Communication
    Distributed Acoustic Sensing (DAS)
    LiDAR
    Femtosecond Micromachining

  • 1.5 μm Point Light Source

    1.5 μm Point Light Source

    The 1.5 μm point light source is a miniaturized laser device centered on the infrared band (eye-safe wavelength) with excellent optical performance. With eye safety, high peak power, miniaturized packaging, and environmental stability as its core advantages, it serves as an ideal light source for fields such as LiDAR, quantum technology, and precision medical applications.

    Product Features

    High Beam Quality
    Stable Power
    Polarization-Maintaining Single-Mode Output

    Typical Applications

    Scientific Research
    Experimental Teaching
    Device Testing and Measurement
    Precision Measurement and Imaging

  • 1.5 μm Ultra-Low Noise Seed Source

    1.5 μm Ultra-Low Noise Seed Source

    The 1.5 μm ultra-low noise seed source features completely independent intellectual property rights and performance reaching an internationally leading level. It adopts an innovative combined optical and optoelectronic feedback noise suppression scheme, achieving intensity noise lower than −138 dB/Hz in the 1 MHz–100 MHz frequency range, and power stability better than 0.5% over 30 minutes.

    Product Features

    Ultra-Low Intensity Noise
    Excellent Power Stability
    Completely Independent Intellectual Property Rights

    Typical Applications

    Quantum Communication
    Distributed Fiber Sensing
    Coherent Optical Measurement

  • 1.5 μm Ultra-Narrow Linewidth Single-Frequency Seed Source (Hundreds of Hz)

    1.5 μm Ultra-Narrow Linewidth Single-Frequency Seed Source (Hundreds of Hz)

    The 1.5 μm hundred-hertz ultra-narrow linewidth fiber laser is a laser with completely independent intellectual property rights and performance reaching an internationally advanced level. It adopts a special resonant cavity structure design and combines noise suppression and linewidth-narrowing technologies to achieve ultra-narrow linewidth laser output as low as the hundred-hertz level.

    Product Features

    Ultra-Narrow Linewidth
    Low Intensity Noise
    High Environmental Adaptability

    Typical Applications

    High-Precision Fiber Sensing
    Quantum Computing
    Quantum Precision Measurement

  • 193 nm Single-Frequency Frequency-Converted Laser

    193 nm Single-Frequency Frequency-Converted 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

  • 2.0 μm ASE Light Source

    2.0 μm ASE Light Source

    The 2.0 μm ASE test light source adopts an optimized doped-fiber laser optical path, combined with high-precision ATC and ACC (APC) control circuits, ensuring high-accuracy and high-stability operation of the laser.

    Product Features

    Single-Mode Fiber Output
    High Stability and High Reliability

    Typical Applications

    Testing and Measurement
    Fiber Sensing Systems
    Spectral Analysis

  • 2.0 μm High-Power Single-Frequency Laser (0.05–2 W)

    2.0 μm High-Power Single-Frequency Laser (0.05–2 W)

    The 2.0 μm high-power single-frequency laser (0.05–2 W) is a high-performance laser based on advanced fiber technology. It features an integrated all-fiber MOPA structure and employs double-clad fiber pumping technology to achieve high conversion efficiency, excellent beam quality, and stable single-frequency laser output.

    Product Features

    Ultra-High Beam Quality
    Ultra-High Frequency Stability
    Low-Noise Performance
    All-Fiber Integrated Design

    Typical Applications

    Precision Spectroscopy and Metrology
    Fundamental Research
    Biomedical Applications
    Gas Sensing

  • 2.0 μm High-Power Single-Frequency Laser (2–20 W)

    2.0 μm High-Power Single-Frequency Laser (2–20 W)

    The 2.0 μm high-power single-frequency laser (2–20 W) is a high-performance laser based on advanced fiber technology. It features an integrated all-fiber MOPA structure and employs double-clad fiber pumping technology to achieve high conversion efficiency, excellent beam quality, and stable single-frequency laser output.

    Product Features

    All-Fiber Integrated Design
    High Efficiency and Low Noise
    High Frequency Stability

    Typical Applications

    Nonlinear Frequency Conversion
    Biomedical Applications
    Fundamental Research
    LiDAR

  • 2.0 μm High-Power Single-Frequency Laser (20–500 W)

    2.0 μm High-Power Single-Frequency Laser (20–500 W)

    The 2.0 μm high-power single-frequency laser (20–500 W) is a high-performance laser based on advanced fiber technology. It features an integrated all-fiber MOPA structure and employs double-clad fiber pumping technology to achieve high conversion efficiency, excellent beam quality, and stable single-frequency laser output.

    Product Features

    All-Fiber Integrated Design
    Low Noise and High Stability
    Intelligent Control and Scalability

    Typical Applications

    Industrial Processing and Manufacturing
    LiDAR and Remote Sensing
    Gas Detection and Sensing
    High-Efficiency Mid-Infrared Pump Source

  • 2.0 μm High-Reliability Single-Frequency Seed Source

    2.0 μm High-Reliability Single-Frequency Seed Source

    The 2.0 μm DBR (Distributed Bragg Reflector) single-frequency seed source is a high-performance laser device designed for applications requiring high coherence and low noise. It is widely used in quantum information, high-resolution spectroscopy, LiDAR, and nonlinear frequency conversion. Its core advantages include kHz-level narrow linewidth, wide-range mode-hop-free tuning, high-power amplification compatibility, and a compact, environmentally robust design.

    Product Features

    kHz-Level Narrow Linewidth
    Mode-Hop-Free Wide Tuning
    High Power Stability
    Compact Design

    Typical Applications

    Gas Detection
    Quantum Computing
    Quantum Precision Measurement

  • 2.0 μm Industrial Single-Frequency Seed Source

    2.0 μm Industrial Single-Frequency Seed Source

    The 2.0 μm industrial single-frequency seed source is a core device designed for high-coherence, low-noise applications. Its key advantages include kHz-level narrow linewidth, wide mode-hop-free tuning, high-power amplification compatibility, and strong environmental adaptability, making it an ideal light source for quantum technology, gas sensing, and high-power laser systems.

    Product Features

    Stable Power
    Reliable Performance
    Linearly Polarized
    All-Fiber Structure

    Typical Applications

    Medical Applications
    Mid-Infrared Pumping
    LiDAR

  • 2.0 μm Phase-Modulated Fiber Seed Source

    2.0 μm Phase-Modulated Fiber Seed Source

    The 2.0 μm phase-modulated fiber seed source is a precision laser light source designed for the mid-infrared band. It employs advanced phase modulation technology and an all-fiber architecture to achieve stable narrow-linewidth laser output, making it an ideal seed source for building high-performance, high-power fiber laser systems.

    Product Features

    Phase Modulation Technology
    All-Fiber Structure
    Stability and Controllability
    Nonlinear Effect Suppression

    Typical Applications

    LiDAR
    Medical and Material Processing
    Gas Sensing
    Fundamental Research

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