Fiber Components
Fiber Components
Optowide Fiber Optic Components Division prioritizes the development of fiber optic components with market competitiveness, providing solutions for the fields of fiber optics communication, fiber laser, and system integration.
Core Technologies Lay a Solid Foundation for High-Performance Fiber Components
High-Power Fiber Polishing & Coating: Enables high-power design for 135μm-core multimode fibers. Coated pigtails withstand up to 500W (400W in stable mass production), meeting high-power fiber laser pump source needs and ensuring efficient energy coupling.
Acousto-Optic Device Fabrication: Overcomes high-speed modulation challenges. In-line Q-switches feature insertion loss of 0.6-0.9dB and switching speed >10ns; 1550nm-band devices verified, serving as key components for Q-switched pulsed fiber lasers.
Collimator Fabrication: Optimized for optical communication's long-distance, small-size demands. 300mm-working-distance compact collimators have 0.1dB better insertion loss than peers at 1550/1300nm; fusion-spliced collimators developed for high-power laser systems.
Multi-Field Applications Drive Industrial Upgrading
Fiber Optics Communication
Aligns with AI-driven demands, integrating into core industrial chain links. Components apply to optical transceiver modules, WSS, etc., supporting ROADM node construction. Serving telecom networks, DCI, AI computing centers, driving optical communication systems toward 800G/1.6T/3.2T high-speed, large-bandwidth iteration.
Fiber Laser
Focused on laser mass production, supplies high-power coated pigtails, collimators, and acousto-optic devices to manufacturers, meeting needs from industrial to precision micromachining. Boosts fiber laser power, facilitates domestic import substitution, serves global leaders like nLIGHT, supporting industrial manufacturing upgrade.
System Integration
Offers "component + solution" integrated services. For scenarios like laser processing and biomedical testing, integrates component features, optimizes optical paths, and delivers stable system-level solutions—reducing integration difficulty, shortening launch cycles, and adapting to custom needs.
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