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Laser cutting is a popular processing method for metal cutting, especially in the field of pipe cutting. The main applied powers include 4KW and 6KW, and the laser used is mainly a continuous laser of optical fibers. We will analyze the structure and cutting principle based on this, and simulate the optimal path cutting of FSCUT. The system mainly uses FSCUT TUBES T software. In the processing process, the relevant cutting power and corresponding air pressure are first adjusted, and the cutting pattern is edited on the software. Then, in the actual production line, the material is added by bundling and loading, and the smooth cutting is completed. The cut workpiece is smooth, flat, and highly efficient, making it very suitable for metal processing operations in sheet metal and related industries. This equipment application is very suitable for most processing and small and medium-sized enterprises. We have obtained this report based on processing and enterprise research.
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4KW Laser Tube Cutting in Metal Fabrication—TP7535M Fiber Laser Tube Cutting System
How to cite this paper: Shang Hu. (2023). 4KW Laser Tube Cutting in Metal Fabrication—TP7535M Fiber Laser Tube Cutting System. Engineering Advances, 3(6), 505-509.
DOI: http://dx.doi.org/10.26855/ea.2023.12.012