The LASER-welding process uses this high density energy, supplied in short periods of time, to rapidly, almost instantaneously, brings the metal to its melting point, reducing thermal stress to the minimum and creating smaller, cleaner, deeper, and better quality welding spots when compared to those obtained by using traditional welding techniques.
Materials with a high melting point as well as high heat conductivity can be welded using a laser. Laser welding systems are now used in many fields to efficiently, economically, and contactlessly make high-quality joints. They result in flawless seams in metal plates, plastic components, jewelry, and even building components.
Laser Type | Fiber Laser |
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Max Average Power | 500,1000,2000 Watt |
Wavelength | 1064 nm |
Laser Class | IV |
Laser spot area | 0.3-2 mm |
Ambient Temperature | 25 °C |
Power Consumption | < 6 kW |
Electrical Connection (Optional) | 230v/50Hz |
Working area | 100 x 120 mm |
Power of cooling machine | 1.5 p |
Keyword: fiber laser welding machine,laser metal welding system,laser welding system,laser metal welding machine vision embesoft solution, ahmedabad, gujarat, india
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