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Laser technology with the use of robots

Laser welding


•  high productivity (welding speed up to 10 m / min);
•  ability to weld a wide range of steels and alloys;
•  depth of penetration without clearance and cutting up to 12 mm;
•  welding in different positions;
•  high quality of welding goods;
•  minimal heating and deformation of the parts;
•  flexibility of the process, fast automatic reconfiguration;
•  energy savings and filler materials;
•  comfortable working conditions and good environment.

Laser welding using tongs 

Distinctive features:
•  laser power up to 4 kW;
•  laser welding with the tight compression of welded parts;
•  seam controling in real time and recording the parameters of each joint;
•  welding of multilayer products.

Areas of application:
•  welding of bodies;
•  reliable welding of high strength steels;
•  welding deformable material;
•  welding of thin and ultra-thin materials;
•  increased strength, seam welding instead of spot welding;
•  no pull material;
•  It is 2 times faster than a conventional resistance welding.

Laser cutting 

•  high productivity (cutting speed 1-20 m / min);
•  width of the laser cutting 0.5-1.5 mm;
•  the accuracy of the finished part ± 0,1 mm;
•  no mechanical effect on material;
•   minimal thermal effects.

Laser cladding 

•  ensuring a strong and firm grip of base and filler materials;
•  reduction of residual stresses and strains;
•  ensuring minimum base penetration;
•  high index of filler material usage;
•  height of a deposited layer in 1 pass is up to 1 mm;
•  width of a deposited bead is 1 pass is up to 7 mm;
•  cladding speed is 3-5 m/min;
•  alloying material index is up to 0,9.