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Delivering high-performance single frequency fiber lasers, amplifiers, and optical components for LiDAR, sensing, industrial, and scientific applications.
Explore ProductsConnet Laser Technology Co., Ltd. is a professional fiber laser solutions provider dedicated to innovation and precision in photonics. With a strong focus on R&D and quality, we deliver advanced fiber laser systems and components trusted by industries worldwide.
Our expertise spans single frequency lasers, pulsed and continuous wave (CW) systems, fiber amplifiers, broadband light sources, and fiber Bragg gratings — all engineered for reliability, stability, and performance in demanding environments.
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CoSF-D: Narrow linewidth DFB single frequency fiber laser.
CoSF-R: Optimized Ring Cavity (ORC) ultra-narrow linewidth laser.
Comprehensive range for coherent and incoherent LiDAR systems with high reliability and long coherence length.
High peak power QCW fiber lasers operating in the 2.0μm band for material processing and medical applications.
Continuous wave fiber lasers covering 1.0μm, 1.5μm, and 2.0μm bands with high power and single-frequency operation.
Low noise, high power amplifiers for 1.0μm, 1.5μm, and 2.0μm bands with linear polarization and narrow linewidth support.
Nanosecond to ultrafast pulse generation via direct modulation or external modulators for diverse applications.
Highly customized amplifiers using pulse pumping to suppress ASE noise and enhance signal-to-noise ratio.
ASE, SLED, and SOA-based sources covering 1.0μm, 1.5μm, and 2.0μm bands for OCT, sensing, and testing.
DFB, DBR, and DM semiconductor lasers with low-noise drivers for test, measurement, and sensing.
High-quality FBGs for cavity mirrors, dispersion compensation, pulse compression, and filtering.
FMCW and pulsed LiDAR systems using ultra-narrow linewidth lasers for autonomous vehicles, drones, and mapping.
Distributed fiber sensing, interferometric sensors, and gas detection using stable single frequency sources.
Atomic physics, quantum optics, spectroscopy, and metrology with high coherence and stability lasers.
Material processing, surgery, dermatology, and diagnostics using high-power QCW and CW lasers.
Our DFB and ORC-based designs deliver ultra-narrow linewidth and high frequency stability, essential for coherent detection and precision measurements.
Full in-house capability in FBG fabrication for high-reflectivity cavity mirrors, dispersion compensation, and ultra-narrowband filtering in high-power systems.
Advanced modulation techniques including direct seeding and external modulation for clean, high-quality optical pulses with precise control.
Expertise in Yb, Er, and Tm-doped fiber platforms for high-efficiency, high-beam-quality CW and pulsed systems with excellent thermal management.
Full system integration from semiconductor sources to fiber components, ensuring optimal performance, reliability, and compact design.
A single frequency fiber laser emits light in a single longitudinal mode with ultra-narrow linewidth, ideal for applications requiring high coherence such as LiDAR and interferometry.
Yes, Connet offers highly customizable solutions including wavelength, output power, linewidth, and packaging to meet specific application needs.
Yes, we support OEM and ODM partnerships with full technical collaboration from design to production.
Our products cover 1.0μm (Yb), 1.5μm (Er), and 2.0μm (Tm) bands, with custom options available upon request.
Yes, many of our lasers are designed in compact, robust packages ideal for integration into portable and embedded systems.
For product inquiries, technical support, or partnership opportunities, visit our official website to contact Connet Laser.
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