Introduction to 1000W Robot Laser Welding Machine Models:

The 3D robot laser welding machine 1440 is a high-tech product that integrates laser welding, automotive parts assembly and welding, CNC technology, automation and other disciplines. It has the characteristics of high precision, high efficiency, high cost-effectiveness, and high automation. It is based on a 6-axis robot imported from Japan, which has very high flexibility, can complete the processing of complex workpieces, and can adapt to the changing situation of workpieces.

The 1440 welding system of the 3D robot laser welding machine consists of the following parts: a Japanese imported robot, worktable, vacuum cleaner, laser light source, and chiller. For laser light sources, pulse lasers, diode lasers, fiber lasers, and disc lasers can all be connected to robot systems.

1000W robot laser welding machine model features:

*The equipment is efficient, stable, highly automated, and has good compatibility.

1000W Robot Laser Welding Machine System:

*Select fiber lasers of different power levels based on the material and thickness of the workpiece. The welding of metals is represented by three types: carbon steel, aluminum, and stainless steel. Aluminum is a highly reflective material, and for the same material thickness, a higher power laser needs to be selected. Carbon steel is relatively easy to weld, and a typical parameter is to use a 200W laser for 2mm thick carbon steel. For specific selection, please contact our company's process engineer.

*Select welding with different focal lengths based on the thickness of the workpiece. Thin plates below 6mm can be welded with 5-inch medium focal length welding joints, while medium thick plates above 6mm are generally welded with 7-inch long focal length welding joints.

*Choose offline programming software according to actual needs.

*In summary, using a combination of industrial robots and fiber lasers for processing results in neat welding interfaces without the need for post-processing, greatly shortening the process flow, reducing labor and mold costs, and improving product quality and added value. Choose our company's offline programming software to directly generate welding trajectories through numerical modeling, eliminating the need for complicated manual teaching and making it more suitable for personalized welding needs such as small batch and multi batch repair markets, new product trial production, and non-standard customization. Moreover, investing in highly flexible and efficient laser welding equipment allows for more flexible product replacement and market capture.