Metal

LASER WELDING

Precision laser welding for stainless steel, aluminum, and mild steel with minimal distortion and clean aesthetics. Ideal for channel letters, thin-gauge fabrication, furniture, and precision assemblies. Fast turnaround and competitive pricing in Klang Valley.

Laser Welding
Laser Welding gallery 1
01 Gallery
Laser Welding gallery 2
02 Gallery
Laser Welding gallery 3
03 Gallery
Laser Welding application
04 Application
Laser Welding material
05 Material
Laser Welding process
06 Process
Laser Welding workshop
07 Workshop
Laser Welding detail
08 Detail
Laser Welding in use
09 In Use
Minimal HAZ Heat Distortion
3-5 Days Turnaround
From RM 30 Starting Price
RM 30+ Starting
  • Minimal heat distortion and warping
  • Clean, aesthetic weld appearance
  • Excellent for thin materials (0.5mm-3mm)
  • No filler material required for most applications
  • Fast welding speeds increase productivity
Max Thickness 6mm SS / 4mm AL mm
Optimal Thickness 0.5mm - 3mm
Weld Speed Up to 10m/min
Spot Size 0.2mm - 2mm
01 Design Review & Feasibility Same day
02 Part Preparation & Fixturing 1 day
03 Laser Welding 1-2 days
04 Post-Weld Finishing 1 day
05 Delivery 1 day
Channel letters and box-up signageStainless steel furniture framesThin-gauge stainless steel assembliesAluminum architectural elementsCustom metal enclosuresDecorative metal panelsJewelry and small partsPrecision engineering components

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Question 1 of 5

How many edges need finishing?

4 edges

Price Estimate

RM 30 - 30
BaseRM 30
How much does laser welding cost in Kuala Lumpur?

Laser welding prices start from RM 30 per piece for simple assemblies. Final cost depends on material type, thickness, weld length, and complexity. Long continuous welds may be priced per linear meter. Contact us for a detailed quote.

What's the difference between laser welding and TIG welding?

Laser welding uses focused laser beam for precision, speed, and minimal distortion - ideal for thin materials and clean aesthetics. TIG welding uses electric arc with filler rod, better for thicker materials and structural joints. Laser welding is faster and produces cleaner visual results.

Can laser welding handle thin materials?

Yes, laser welding excels at thin materials (0.5mm-3mm) where traditional welding causes burn-through or distortion. Precise heat control prevents warping. This makes it ideal for channel letters, thin stainless steel assemblies, and delicate fabrication.

+ 6 more questions answered on request

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