The hydrogen energy industry demands extremely high precision, particularly in the processing of fuel cell bipolar plates, stack components, and sealing parts, where airtightness, weld consistency, and corrosion resistance are critical. We focus on core fuel cell components, delivering intelligent laser manufacturing solutions for challenging processes such as bipolar plate cutting, dual-seam overlap welding, micro-channel welding, and thin metal sheet forming. Using high-brightness fiber lasers and high-speed galvanometer control, our solutions achieve large-area, high-precision, burr-free cutting. Proprietary gas-tight welding, combined with vision positioning and intelligent process monitoring, ensures full-process quality control and improved consistency and reliability of fuel cell stack production—supporting the hydrogen energy industry’s shift toward higher efficiency and lower energy consumption.

Amid the rapid evolution of automotive electronics, laser processing has become a core technology for enabling lightweight, miniaturized, and highly reliable products. Leveraging expertise in laser cutting, welding, marking, and vision inspection, we overcome traditional manufacturing limitations through process innovation, supporting high-quality upgrades for automotive control systems, electric drive systems, and power devices. To meet the stringent automotive-grade requirements for thermal performance, high density, and consistency, we deliver integrated solutions covering laser welding, precision coating removal, micro-cutting, fine marking, automated assembly, and multi-dimensional vision inspection. Powered by proprietary high-stability laser processes and an intelligent process database, our solutions achieve industry-leading welding yields, improve production efficiency by over 40%, and significantly reduce labor and process costs—helping customers gain a competitive edge in the era of automotive electrification.