Laser Welders
Max. Robot Load: 45 [kg]
Max. Plate Thickness: 6 [mm]
Max. diameter of filler wire: 1.6 [mm]
Max. thickness of sheet: 6 [mm]
Max. thickness of sheet: 7 [mm]
Weight of welding gun: ≤0.75 [kg]
Max. length of welding gun’s optical fiber: 10 [m]
Laser power: 1.2-3 [kW]
Max. diameter of filler wire: 2 [mm]
Max. thickness of sheet: 7 [mm]
Max. thickness of sheet: 5 [mm]
Weight of welding gun: ≤0.7 [kg]
Max. length of welding gun’s optical fiber: 7 [m]
Number of welding stations: 4
Operating temperature: -2~40°C
Robot armspan: 2500 [mm]
Robot load: 50 [kg]
Max. welding thickness: 7 [mm]
Max. load of cobot: 6-7 [kg ]
Cobot armspan: 1077-2000 [mm]
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Fiber Laser Welding Demo
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FAQ
A laser welding machine is a specialized device that uses a focused laser beam to weld two materials together. The laser emits a high-intensity beam that is absorbed by the workpiece, causing it to melt and form a strong joint after cooling. The process is precise, clean, and minimally clean after welding, making it highly efficient in a variety of industrial applications.
If you want to choose a suitable fiber laser welding machine, first of all you need to start from the following directions:
1. How does it work?
2, What are the benefits of using laser welding machine?
3. Which industries are they used in?
4, laser welding machine need to choose from which latitude?
A fiber laser welding machine is a machine that uses a high-power laser beam to melt and join metals, and the laser provides an intense and focused energy source that can weld metals with extreme precision. However, such a precise and powerful tool requires careful handling to ensure machine safety. We will take the following questions to let you understand the knowledge of safe operation of fiber laser welding machine.
1, What are the key components of the laser welding machine?
2. What protection against external factors and potential hazards should be carried out before using the machine?
3. What safety checks and routine maintenance should be performed on the equipment before operation?
First of all, compared with other welding equipment, laser welding has less pollution, high precision, good welding quality and high degree of automation, and stands out in many welding technologies. Let’s explore with the following questions, as the title says, how thick metal can be welded?
1, what are the factors that affect the welding thickness?
2, how much thickness can be welded with different power?
Laser welding machines have become essential tools for industries such as automotive, aerospace, metal processing and electronics manufacturing. Next, let me take you to a detailed analysis of different models of laser welding machine prices and advantages are what?
