Laser Photonics: Next-Generation Welding & Surface Processing
Photonics-grade beam control meets industrial throughput. Trusted by 2,800+ manufacturers across 45 countries with 4,500+ systems deployed and a 96.8% satisfaction rate.
Photonics-grade beam control meets industrial throughput. Trusted by 2,800+ manufacturers across 45 countries with 4,500+ systems deployed and a 96.8% satisfaction rate.
From handheld welders to fully automated cells, every system ships with parameters tuned to your specific materials and joint configurations.
Our flagship laser welding platform featuring proprietary beam oscillation technology and real-time weld monitoring. Power configurations from 1kW to 6kW cover thin-sheet precision work through heavy structural joints. The integrated spectrometric sensor system inspects each weld bead as it forms, achieving a documented 99.4% first-pass acceptance rate across customer installations.
Operator-friendly handheld laser welding system that brings photonics-grade beam quality to field applications. The wobble welding head compensates for joint gap variations up to 0.5mm, while the integrated fume extraction system maintains operator safety without external equipment. Trained operators consistently achieve 98%+ weld qualification rates after our two-day certification program.
Turnkey automated welding cells integrating our laser sources with Yaskawa servo-driven positioners and Beckhoff real-time control. Each cell is programmed with your specific part geometries and weld schedules, then validated with physical test welds on your sample parts before shipment. Average cycle time reduction of 40–60% versus manual TIG welding has been documented across our automotive customer base.
Our CleanTech platform launched in 2020 addresses pre-weld surface preparation and post-process cleaning without chemicals or abrasives. Pulsed fiber laser sources selectively ablate oxides, coatings, and contaminants while leaving the base metal unaffected. Material removal rates up to 15 m²/hr make this platform viable for production-scale surface preparation in shipbuilding, bridge maintenance, and aerospace MRO environments.
Proprietary beam oscillation and real-time monitoring deliver weld positioning accuracy to ±0.03mm. Every joint is tracked, measured, and verified against your specifications during the welding process.
Integrated high-speed cameras and spectrometric sensors inspect each weld bead as it forms. Our systems achieve a documented 99.4% first-pass acceptance rate, reducing rework costs and production delays.
Every system ships with parameters tuned to your specific materials and joint configurations. Our applications lab runs physical test welds on your sample parts before final calibration.
Send us your sample parts and our applications engineers will run physical test welds, document the parameters, and provide a detailed feasibility report. No obligation, no cost for qualified projects.