Journal
Read buying guides, product notes, material stories, and field updates from the team.
Choosing a laser source is not just about power. Learn how brand, workload, compatibility, and service support affect the performance of a handheld laser welding machine.
Duty cycle is key to stable long-term welding. Learn what to consider when choosing a laser welding machine for continuous production.
Proper workpiece clamping helps prevent movement and deformation, ensuring more stable and consistent laser welding results.
Tack welding provides a stable starting point for final welding, helping maintain joint alignment and consistent weld quality.
Burn-through is a common challenge when welding thin metal. Learn simple ways to control heat input and achieve a stable, clean weld.
A weld bead can reveal welding problems. Check the weld first, adjust one parameter at a time, and test again.
Start and end defects can affect weld quality. Learn how to improve weld consistency by controlling laser output, wire feeding, and welding movement.
A simple change in welding direction can affect heat flow and weld quality. Learn how to test different directions for more consistent results.
Choosing the right filler wire diameter helps improve weld stability and bead formation. Compare 0.8–1.6 mm options based on material thickness, joint gap, and filling requirements.
Check the laser source, cooling system, gas supply, Handheld Welding Head, nozzle, and wire feeder before welding. A short test weld can help confirm stable equipment performance.
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