Development of equipment

ILWT designs and produces technological equipment for the implementation of technologies of laser and laser-arc material processing: welding, cladding, heat treatment and cutting, direct laser metal deposition

Technological system for hybrid laser-arc welding of thick metal
Features:
One-pass welding up to 15 mm thick mild steel
Controlled seam forming by one axis scanner, ability to weld 2mm gaps
Laser power up to 16 kW
Arc current up to 500 A
Manipulator - 3D linear axis
Applications: hybrid laser-arc welding,laser cladding, laser hardening

Technological system for hybrid laser-arc welding of lightweight load-bearing structures
Features:
One-pass welding up to 10 mm thick lightweight alloys
Welding speed up to 250 mm/s
Controlled seam forming by one axis scanner, ability to weld 2mm gaps
Laser power up to 5 kW
Arc current up to 500 A
Manipulator - 3D linear axis + 2D rotary axis
Aplications: hybrid laser arc welding of Al and Ti alloys, laser welding of dissimilar materials, laser cladding, laser hardening, direct metal deposition

Mobile technological system for hybrid laser-arc welding of large-diameter pipes
Features:
One-pass welding up to 20 mm thick tube steel
Multi-pass welding up to 40 mm thick tube steel
Laser power up to 20 kW
Arc current up to 500 A
Manipulator - mobile welding tracktor
Applications: hybrid laser-arc welding of large-diameter steel pipes

Technological system for laser welding of hard-to-reach seams
Features:
Technological head for laser welding of annular seams
Laser power up to 8 kW
Manipulator - industrial robot
Applications: laser welding of hard-to-reach seams

Technological system for laser cutting and hybrid laser-arc welding for shipbuilding
Features:
One-pass welding up to 20 mm thick shipbuilding steel
Laser cutting up to 10 mm mild steel
Laser power up to 20 kW
Arc currents up to 500 A
Manipulator - industrial robot
Applications: hybrid laser arc welding of shipbuilding steel, laser welding, laser cutting

Technological system for remote laser welding
Features:
Laser scanning head with work field of 340x340 mm
Laser welding up to 5 mm thick stainless steel, Ti and Cu alloys
Welding speed up to 500 mm/s
Laser power up to 8 kW
Manipulator – industrial robot
Applications: remote laser welding of heat-exchangers, laser hardening

Technological system for high speed direct laser metal deposition
The technology solves a number of problems for modern engineering, improves process efficiency by 10 times and reduces the cost of manufacturing parts by 3-5 times.
Features:
High productivity - up to 15 kg/h
Low porosity < 0.05%
Ability to produce objects with gradient properties
Fine-graded structure
Mechanical properties at level of hot-rolled metal
Wide range of used allows: Ni, Ti, Fe, Co, Cu - based
Ability to produce large-scale parts - up to 1600x1600x500 mm
Manipulator – industrial robot