160mm Chuck Six-Axis Positioning Laser Pipe Cutter with Automatic Feeding Rack

Drawing (supports DXF/DWG/3D pipe fitting drawings); Nesting and layout (automatic generation of cutting paths); Adjust the process parameters (the parameter table is recommended to be built-in). The system has a built-in library of commonly used materials and processes, which can be accessed with a single click in most cases. No proficiency in G-code or programming is required.

Taking a 6kW fiber laser as an example, the rated power consumption of the entire unit is approximately 22kW, and the average power consumption during actual operation is approximately 12-15kW/hour (depending on the cutting ratio). Assist gas: Air cutting incurs almost no consumable costs; oxygen/nitrogen costs approximately 30-60 RMB / hour. Additionally, protective lenses (approximately 30-50 RMB/piece) and ceramic rings (approximately 80 RMB) need to be replaced periodically. Compared to comp

Yes. We have served clients in industries such as sheet metal processing, chassis and cabinets, kitchenware, auto parts, fitness equipment, furniture, and stainless steel decoration. Our pipe cutting machines are well-established in the railing, shelving, bicycle, and steel pipe furniture industries. Please leave your contact information so we can match you with a laser equipment solution.