Handliches 1000-W-Faserlaser-Schweißgerät mit automatischem Drahtvorschub und Taumelschweißkopf

Heim / Produkte / Faserlaser-Schweißmaschine / Handliches 1000-W-Faserlaser-Schweißgerät mit automatischem Drahtvorschub und Taumelschweißkopf

Product shows

What’s the fiber laser welding machine ?

Fiber laser welding machine is an efficient and precise welding method that uses high-energy laser pulses to heat materials. The welding process is thermally conductive. The laser radiation heats the surface of the work piece, and the surface heat diffuses into the interior through heat conduction. By controlling the width, power, peak power and frequency of the laser pulse, the work piece is melted to form a specific molten pool.
电饭锅
电饭

 Product Specification

Modell
TPW-1000W
Laserquelle
MAX
BBP(mm.m rad)
0.1  2.5
Average Power(Pulse)
450W
Max. Power (W)
1000W
Laser Wavelength (nm)
1080±5
Repetitive Rate(Hz)
500-5000
Pulse Width(ms)
0.05-0.6
Output Power Stability
<2%
Fiber Core Diameter(μm)
25/50/100 Optional
Work Model
Kontinuierlich

WELDING HEAD WOBBLE HEAD
New welding head Safe and reliable
Fast and beautiful welding
eewfs
BETRIEBSSYSTEM
Seven welding modes
Six languages supported
Simple operation, easy to use
Quick coordination with technicians
尔特人
AUTOMATIC WIRE FEEDER (OPTIONAL)
Automatic uniform wire feeding for smoother welding
发热管大哥
Application of 1000w 1kw handheld fiber laser welding machine
Fiber Laser Welding industry : Mainly used in aviation, machinery, electronics, electrical appliances, hardware, automobiles, etc.
1kw handheld laser welder also popular work in auto parts: hydraulic ejector rods, filters, sensors, solenoid valves, etc.
Kitchen and bathroom appliances: 1000w laser welder used in kettles, faucets, hooks, sinks, range hoods, etc.
Laser welding machine used in energy, lighting, building materials industry: such as welding of heat conducting plates for solar water heaters.
Welding materials: Laser welding stainless steel, iron, copper, aluminum, gold, silver, zinc and some alloy materials, the thicker the material, the greater the laser power required