Welding
Laser Welding
Limited heat-affected zone, low distortion and non-contact processing across carbon, high-strength and stainless steel, titanium, aluminium and dissimilar metals.
Highlights
- Butt, lap, T, spot and corner joints
- Fiber 1–12 kW CW · Disk 2–12 kW · Nd:YAG high peak power
- Direct welding without filler wire, no consumable cost
Will this run on your line?
Send us the part, we'll simulate the cell.
Come with part geometry, cycle target and annual volume; we'll produce the reach simulation and the return on investment from your own data.
Applications in this family
- MIG-MAG WeldingHigh deposition rate and fast seams — the process best suited to mechanised and robotic welding, with low consumable cost, little cleanup and good pool visibility.
- TIG WeldingPrecise, clean-looking seams on mild and stainless steel, aluminium, titanium, copper and nickel with low spatter and minimal cleanup.
- Spot WeldingA complete cell with servo or pneumatic gun, weld controller, product-specific fixturing, tip dressing and automatic cap change.
- Stud WeldingFull cross-section, reliable joints with single-sided access — fast for vehicles, shipbuilding, structures, cable management and power distribution.
- Laser Plastic WeldingNon-contact joining of thermoplastics with no particles and no visible marks — suited to precision parts requiring a sealed joint.
- Plasma WeldingStable arc, narrow seam and spatter-free operation with higher tolerance than laser, adjustable penetration and long electrode life.
- Ultrasonic WeldingLow-energy, distortion-free joining of thin-to-thick stacks, aluminium-copper and highly conductive materials — common in wire and circuit bonding.
- Gas-Shielded Welding ApplicationsThe full path from robotic feasibility analysis to commissioning: seam length and time, volume-speed-robot combination, reach simulation, fixturing decision, torch and sensor selection, occupational safety and after-sales continuity.
- Robotic Laser Welding Process SolutionsA turnkey laser welding cell that integrates easily into the line, needs no consumables and joins dissimilar metals with minimal thermal impact and cleanup.
Which job on your line should the robot take over?
One part, one cycle target and one volume figure is enough. We'll handle the first assessment, from reach simulation to return on investment.