Custom metal fabrication
TIG, MIG and laser welding: choosing the right process
The right welding process depends on material, thickness, appearance, strength and acceptable distortion.
PDF, DXF, STEP or a short brief. We reply with clear technical questions.
Request a quoteTIG, MIG or laser
TIG is suited for control and appearance. MIG is efficient for robust joints. Laser welding can offer clean joints and low distortion in suitable applications.
How we decide
We look at the full part: material, visible welds, loads, coating and geometry after welding.
- TIG for control and fine welds
- MIG for productivity and strength
- laser for clean joints and lower distortion
- finishing and coating after welding
Attention to detail through delivery
For finished, painted or visible-surface parts, we pay attention to handling and packaging: protective layers, grouped sets and clear communication about delivery.
Frequently asked questions
Does laser welding always replace TIG or MIG?
No. It is excellent in some applications, but the choice depends on the part.
Can you recommend the process from a drawing?
Yes, we can review the drawing or model and suggest a suitable option.
Select the process around the part, not the label
TIG, MIG/MAG and laser welding are not interchangeable for every project. Material, thickness, joint access, seam length, appearance, batch volume and acceptable distortion all influence the choice. Correct edge preparation and stable fixturing can matter as much as the process itself. For visible assemblies, the drawing should identify surfaces that require grinding and faces that must remain protected. For functional parts, specify the dimensions that must be checked after welding and any installation requirements.
Useful information for process review
- material and thickness of each component
- weld type and approximate seam length
- strength or sealing requirements
- visible surfaces and final finish
- quantity and repeatability expectations