TIG · MIG · Laser Weld
Three methods. The right one for your part.
We select based on material, thickness, and seam type. Stainless steel with TIG, steel in batches with MIG, thin components with Laser Weld where distortion is unacceptable.
How we choose a method.
We do not send every job to the same arc. The method is determined by the material, thickness, distortion, and desired seam appearance.
First we propose. Then we weld.
When you send us a design for welding, we check the geometry, material-method compatibility, and the distortion each approach would introduce. We provide a proposed method with justification.
We weld electrical panels, racks, industrial components, and custom fabrications requiring mechanical joining.
- TIG · stainless steel, aluminium, thin gauges where a clean seam is required
- MIG · steel, galvanized, larger quantities
- Laser Weld · high-precision seams with minimal distortion
When to use which method.
The method is selected based on material, thickness, and application.
01 · Precision
TIG
For stainless steel, aluminium, and thin gauges. Clean seam without spatter, visible in the final construction.
- Thicknesses0.5–6 mm
- MaterialsStainless steel, aluminium
- Filler materialER308L · ER4043
- Application fieldStainless steel racks, food industry
02 · Production
MIG
For steel and galvanized in larger quantities. Fast deposition, consistent seam in batches.
- Thicknesses1–10 mm
- MaterialsSteel, galvanized
- Filler materialER70S-6
- Application fieldPanels, frames
03 · Minimal Heat Input
Laser Weld
For high-precision seams with minimal heat input. Where distortion is unacceptable.
- Thicknesses0.3–4 mm
- MaterialsSteel, stainless steel, galvanized
- DistortionMinimal
- Application fieldThin components
Inspection and finishing.
Every seam is visually inspected. Where requested, grinding and painting before delivery.
From seam to delivery.
Every seam is visually inspected before leaving the facility. Where requested, we apply grinding and painting before delivery, so the part is ready for installation.
- Visual seam inspection
- Grinding where requested
- Electrostatic painting in RAL of choice
- Delivery ready for installation
Materials, seams, reference standards.
The working framework applies to all methods.
Methods
TIG · MIG · Laser Weld
Three in the same facility. Selected per application.
TIG · MIG · Laser Weld
Three in the same facility. Selected per application.
Materials
Steel · Stainless Steel · Aluminium
Including galvanized. Compatibilities per method.
Steel · Stainless Steel · Aluminium
Including galvanized. Compatibilities per method.
Filler materials
ER70S-6 · ER308L · ER4043
Selection based on base material combination.
ER70S-6 · ER308L · ER4043
Selection based on base material combination.
Reference standards
EN ISO 9606-1 · 3834
Working framework for welding quality.
EN ISO 9606-1 · 3834
Working framework for welding quality.
Where welding is applied.
Four typical categories of parts in our production.
01 · Panels
Panels and enclosures.
Electrical equipment, MIG on steel and galvanized.
02 · Racks
Energy, telecommunications racks.
MIG or Laser Weld depending on distortion requirements.
03 · Stainless Steel
Food processing equipment.
TIG on stainless steel 304 or 316L, visible seams, clean finish.
04 · Frames
Industrial frames.
Custom bases, hoppers, and machine frames, MIG on steel.
Materials, finish, process.
Same workflow for every method and every material.
Materials
Steel, Stainless Steel 304/316L, aluminium, galvanized
Finish
Electrostatic painting in RAL, grinding, raw
Production
Laser cutting, bending, punching, welding, in the same factory
Welding · next step
Do you have a fabrication requiring welding? Send us your design.
TIG, MIG, or Laser Weld. We propose a method and provide lead time and price.