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 und Metal Friction Stir Welding Guide. Background in How To Weld Stainless Steel und Wie man Aluminium schweißt.
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.
Häufig gestellte Fragen
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.