- CEO
- Da Yong Min
- Full Time Employees
- 506
- Sector
- Electronic technology
- Industry
- Semiconductors
- Address
- No.56, Lijiang Road, SND Suzhou JS China 215163
- IPO Date
- Apr 1, 2022
- Business
- Suzhou Everbright Photonics Co., Ltd. (688048.SS) researches, develops, manufactures and sells high-power diode laser chips, high-efficiency lidar and 3D sensing chips, high-speed optical communication chips and related optoelectronic devices and application systems; core products include diode laser chips with leading domestic and international performance in power, brightness, efficiency and reliability, laser devices prepared through highly reliable packaging technology for enhanced lifetime, fiber coupled modules produced on fully automated active alignment lines for industrial, scientific research and medical applications, stacks such as indium-free hard solder micro-channel water-cooled arrays and macro-channel arrays with over 20 million pulse lifetimes, and direct diode lasers covering hundred-watt, medium-power, high-power and QCW categories with independent key device localization; high-power single-tube series, high-power bar series, high-efficiency VCSEL series and optical communication chip series products serve applications in industrial laser pumping, advanced laser manufacturing equipment, biomedical treatments, high-speed optical communication, machine vision and sensing. The company, founded in 2012 and headquartered in Suzhou, Jiangsu Province, China, operates primarily in China with international sales of semiconductor laser components. Recent developments include showcasing innovations in laser manufacturing, optical sensing, optical communication, medical optics and optical display at dual booths during CIOE Shenzhen 2025 in September, winning the Gold Award and OFweek Cup Best Diode Laser Technology Innovation Award for its 60kW 808nm macro-channel stacked array module, introducing a 200 MW uncooled CW DFB optical communication chip with high power and low power consumption, participating in the Beijing Laser Manufacturing and Additive Manufacturing event in November 2025 with 23 academicians, and advancing "Laser+" multi-scenario applications highlighted at the Suzhou Photonics Conference in July 2025.