LiDAR Laser Advanced Single Frequency Fiber Lasers for Wind LiDAR & Precision Sensing
LiDAR Laser is a high-tech enterprise dedicated to the R&D of high-performance laser technology and advanced remote sensing systems. With deep technical expertise in fiber lasers, frequency conversion, and coherent detection, we provide core optoelectronic components and system-level solutions for quantum scientific research, meteorological monitoring, renewable energy, and national defense.
LiDAR Laser Narrow Linewidth Laser Technology
Leading the future of advanced wind LiDAR and fiber laser innovation. We are dedicated to pushing the boundaries of what is possible in photonics and remote sensing.
Industry Leadership
Leading provider of coherent laser technology, Doppler LiDAR systems, and single-frequency laser sources for quantum research, wind energy, meteorology, and defense applications worldwide.
Technical Excellence
Specializing in R&D of high-performance laser systems for cutting-edge quantum and sensing applications.
Global Applications
Serving biomedical research, quantum optics, and research institutions worldwide with reliable solutions.
Innovation Focus
Next-Gen Laser Systems
High‑Stability Single Frequency Fiber Laser Solutions
Precision Light Sources for Quantum Manipulation
Deeply rooted in atomic physics and quantum information, we provide single-frequency polarization-maintaining (PM) fiber lasers covering critical wavelengths such as 509nm, 780nm, 795nm and 852nm.
Technical Advantages
Utilizing a "fiber amplification + frequency doubling/conversion" architecture, our systems achieve ultra-narrow linewidths (kHz range), high polarization extinction ratios (>25dB), and exceptional frequency stability.
Applications
Widely used in Rydberg atom manipulation, Rubidium/Cesium cooling and trapping, optical lattices, quantum storage, and precision metrology. Its compact design and robust environmental adaptability (compliant with GJB standards) make it the ideal choice for both field operations and laboratory research.
Advanced Wind LiDAR Solutions
For wind power generation and meteorological observation, we have developed the TDWL Series of pulsed coherent Doppler wind LiDARs, enabling all-weather, high-precision detection of atmospheric wind fields.
Nacelle-Mounted LiDAR (TDWL-800T)
Specifically designed for turbine load control and power optimization. Featuring a compact, low-power design, it supports feed-forward control to effectively reduce fatigue loads and enhance power generation efficiency.
Ground-Based/Long-Range LiDAR (TDWL-300G/TDWL-012A)
Meets the demands of wind resource assessment, meteorological support, and aviation safety. With a detection range of several kilometers and 3D scanning capabilities, it provides high-definition reconstruction of complex wind fields.
Why Choose Our Fiber Laser Technology?
In-house R&D & Core Control
We possess fully independent intellectual property and source code development capabilities. We support deep customization (OEM/ODM) to ensure supply chain security and stability.
Military-Grade Quality & Rigorous Testing
Our products are designed with reference to strict standards such as GJB 150.16A, offering outstanding resistance to vibration and extreme temperatures, ensuring steady performance in harsh environments.
Full-Stack Solutions
From bottom-level core fiber components to high-level system integration, we provide one-stop services ranging from design and simulation to manufacturing.
Vision & Mission
Guided by the philosophy of "Sensing the World with Light, Defining the Future with Precision," LiDAR Laser continues to push the limits of optics, empowering global researchers and industrial partners to open a new chapter in quantum technology and smart energy.