Short answer: Laser welding focuses a coherent beam to melt a narrow, deep weld with very low heat input — ideal for thin, precise and high-speed joints in electronics, batteries and sheet components where distortion must be minimal.
At a Glance
Beam Precision
A focused laser pinpoints energy so the heat-affected zone is tiny; compare with Metal Tig Vs Mig Welding Guide, Metal Resistance Welding Guide et Metal Friction Stir Welding Guide. Background in How To Weld Stainless Steel et Comment souder l'aluminium.
Design & Limits
Fit-up must be tight; manage the beam with Metal Heat Affected Zone Guide and distortion with Metal Welding Distortion Guide; prep per Weld Edge Prep Guide.
QA & Supply
Find pores and lack of fusion by Metal Ndt Guide, control defects per Weld Defects Guide, and document per Mill Test Certificate Guide. HXSCO supplies thin-gauge sheet and foil for laser welding.
Get a Quote
Tell HXSCO your requirements and we will respond with a competitive quote and lead time.
Questions fréquemment posées
Using a focused laser beam to melt a narrow, deep weld with minimal heat.
Very low heat input keeps the surrounding metal cool and stable.
Thin steel, stainless, aluminium, titanium and precision alloys.
Yes — far faster than arc welding for thin, repetitive seams.
HXSCO supplies thin-gauge sheet and foil prepared for laser welding.
Source Laser-Weld Stock from HXSCO
HXSCO supplies thin-gauge steel, stainless and aluminium sheet and foil prepared for laser welding. Send your alloy and quantity for a quote.