Honored Top 10 Optical Industry Tech Application Award! GZTECH GMF series tackles high-speed precision processing issues via microsecond-level response and controllable first pulse.

The authoritative optical industry award ceremony concluded successfully on May 18.Independently developed by Wuhan Guangzhi Technology Co., Ltd., the high-speed dynamic response GMF series MOPA pulsed fiber laser won the 2026 Top 10 China Optical Industry Technology Application Award. Boasting solid technological innovation, leading product performance and remarkable industrial application value, it further cements the company's benchmark position in China's pulsed laser industry.

2026 China Top 10 Optical Industry Awards Ceremony On-site

Hardcore Tech Breakthrough Boosts High-end Precision Laser Machining

Independently developed by GZTECH, the GMF series MOPA pulsed fiber laser is tailored for high-speed fine processing and high-end equipment applications, achieving multiple breakthroughs in core technical specifications.

Ultimate Response Speed:

Laser on/off response time less than 2μs greatly enhances dynamic tracking capability for high-speed scanning and complex path machining, eliminating lag, tailing and distortion in high-speed processing.

Precisely Adjustable Pulses:

Pulse width finely tunable within 2~10000ns. Independent adjustable first pulse avoids initial energy overshoot, ensuring uniform processing quality and superior edge finish.

Comprehensive Power Coverage:

Average power ranges from 30W to 500W, meeting diverse demands from micro fine machining to medium-power high-speed processing.

Advantages of Domestic Substitution:

Key performance parameters match international premium products. It boasts favorable domestic cost and after-sales service, facilitating reliable import substitution.

Equipped with proprietary high-speed dynamic response and precise pulse control system, GMF series enables laser output to accurately follow high-speed galvanometer and complex scanning paths, realizing truly real-time controllable laser beam. It fundamentally resolves drawbacks of conventional lasers including slow switching response, uncontrollable first pulse energy and environment-sensitive pulse performance, and drastically improves inconsistent edge quality and distorted details.

The award recognizes GZTECH's innovative strength in high-speed dynamic laser technology. Going forward, GZTECH will continuously explore performance limits of precision laser sources, develop faster, more stable and smarter laser solutions. The company strives to advance high-precision and high-efficiency domestic laser equipment, and underpin independent and controllable high-end manufacturing industry.