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[China]
Trade Verify
Contact name:Daisy He
Shanghai Genius Industrial Co., Ltd |
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Verified Suppliers
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Laser welding robot features
1) Repeat positioning accuracy up to 0.05mm, max moving speed
2.1M/S.
2) It perfectly integrated the world famous ABB robot arm and fiber
laser welding machine that can realize automated production to the
maximum.
3) Reduce operating costs, improve product quality and consistency,
improve the working conditions of employees, expand production, and
enhance manufacturing flexibility, reduce material waste and
improve qualified products' rate.
4) Combined with simulation software Robot Studio of ABB offline
programming and the good human-computer interaction interface
Flexpendant as well as man - machine interface, it makes the entire
laser welding system to meet customer technical requirements and
easy to operate and manage .
5) The robot arm programming can meet various modes of production
and prepare in advance, so it greatly reduce the adjust time in the
production, improve production efficiency and expand return of
investment of robot arm system.
Laser welding robot application
Welding and brazing, protective gas welding, other welding,
brazing, painting, surface treatment, and other applications.
Applicable to microelectronic components, precision parts,
high-grade digital components, fiber optic connectors, medical
equipment, large-scale mold welding, injection molding and other
welding.
Weldable material: carbon steel, ordinary alloy steel, stainless
steel, laser welding of different steels, stainless steel - low
carbon steel, 416 stainless steel -310 stainless steel, 347
stainless steel - HASTALLY nickel alloy, nickel electrode - cold
forging steel, different nickel content of bimetal strip, titanium,
nickel, tin, copper, aluminum, chromium, niobium, gold, silver and
other metals and their alloys, and steel, Kovar alloy and other
alloys of the same material.
Laser welding robot technical parameter
| Laser type | YAG lamp pump laser generator |
| Laser wave length | 1.064μm |
| Maximum power | 300W |
| Single pulse maximum output power | 150J |
| Output stability | ±5% |
| Laser transmission mode | Flexible fiber |
| Power supply | 3 phase AC 380V |
| Maximum input power | 8 KW |
| Size | L750xW1620xH1340 |
| Working table (optional) | Precision electrical slide working table; galvanometer working table; robot device |
| Positioning accuracy | ±0.01mm |
| Cooling system | Internal & external double circulation heat exchange |
| Heat exchange power | 12.5 KW |
| Quantity of fiber transmission branches | 1 ~ 4 |
| Storable laser type | 32 types |
| Video monitoring ( optional ) | High - definition camera + 14 inch monitor |
| Format supported | dwg |
| Weight | 400kg |
Comparison between laser welding and conventional welding
technology
| Comparison item | Laser welding | Electron beam welding | Tungsten insert gas arc welding | Gas metal arc welding | Electron resistancewelding |
| Welding efficiency | Medium | Medium | Poor | Poor | Good |
| Welding depth | Good | Good | Poor | Poor | Poor |
| Heat affected zone | Good | Good | Poor | Poor | Medium |
| Welding speed | Good | Good | Poor | Good | Poor |
| Welding facet | Good | Good | Medium | Medium | Medium |
| Atmospheric pressure welding | Good | Poor | Good | Good | Good |
| Filler materials | Medium | Poor | Good | Good | Poor |
| Automatic processing | Good | Poor | Good | Medium | Good |
| Operation cost | Medium | Medium | Good | Good | Good |
| Reliability | Good | Poor | Good | Good | Good |
| Assembly | Good | Poor | Poor | Poor | Poor |
