Since the beginning of our establishment, our company has focused on laser tube cutting solutions. For various industries, such as steel and wood furniture, agricultural machinery, fitness equipment, kitchen and bathroom kitchen utensils, elevator manufacturing, etc., create specialized pipe cutting technology solutions. There are small tubes and thin tubes cutting, and there are solutions for large tubes and heavy tubes.
At the same time, we independently researched and developed a semi-automatic rear chuck feeding, which can complete pipe feeding within 15 seconds. At the same time, we have also developed automatic pipe feeding equipment, which is suitable for almost all shapes of pipes, and solves the special pipe feeding problem that cannot be solved by domestic and foreign counterparts. In addition, we solved the problem of pneumatic chucks. The common pneumatic chuck in the market is generally a 4-cylinder design. We exclusively use an 8-cylinder design to increase the clamping contact area and make the clamping more firm and stable. The original square hole chuck achieves a larger tolerance space for square pipes.
Plasma cutting can be used to cut metal, from thin plates to thick plates (several millimeters or tens of millimeters). The slit is usually wider than the laser slit, and the heat input into the part is significantly higher, and in some cases the cut surface is rougher . Compared with fiber laser, plasma cutting is generally considered to be a less accurate method of cutting sheet metal. Historically, the advantages of plasma cutting over fiber laser cutting are cutting thick plates and low-cost cutting of less precise sheet metal parts. Fiber laser power is increasing rapidly at an increasingly economical price, and each year is making thick plate cutting more precise. For example, using a 10-12 kW fiber laser system can cut 50mm thick stainless steel, mild steel and aluminum with high quality and high speed. It is foreseeable that in the future there will be even more movement in the direction that is beneficial to the fiber laser between these two processes.
