The exchange platform tube and tube dual-purpose fiber laser cutting machine realizes cutting of two different materials on the same machine. The plate and tube dual-purpose fiber laser cutting machine adopts cast iron bed, rack and pinion transmission system, professional cutting tube numerical control system, easy to use, simple operation and maintenance. At the same time, the rigorous assembly process ensures high-precision and stable operation of the machine. The use of imported high-end accessories greatly improves the cutting accuracy and efficiency, and is an ideal choice for economical user tube processing.
Model EK-ET3015 EK-ET4020 EK-ET6020
Working area 3000*1500mm 4000*2000mm 6000*2000mm
Maximum moving speed 120m/min
Maximum acceleration 1.3G
Laser power 1000w/1500w/2000w/3000w/4000w
The machine is equipped with an exchange double table that can load and unload sheet metal parts during the cutting process. The workbench is equipped with a rotatable ball-type support to facilitate the movement of the plate. It is equipped with a positioning device and a clamp to vertically position the plate to prevent the plate from moving, to ensure the machining accuracy of the parts and to reduce waste. Automatic exchange platform, the equipment can be loaded and unloaded during the processing, the loading time is only 10s, which greatly shortens the working time and improves the working efficiency.
Metal pipe laser cutting machine:
1 High cutting precision, smooth cutting, clean, no burr, low material loss;
2 The heat-affected zone of laser cutting is small and there is almost no thermal deformation.
3 Mass production, high efficiency cutting. The standard pipe length is 6 meters. Conventional machining methods require very large fixtures, and laser machining can easily complete the positioning of several meters of pipe clamps, which makes batch processing possible.
The laser cutting machine is controlled by a digital system and is one of the advantages of laser cutting machines for cutting pipes. Laser-cut tubing technology can handle any programmed shape and can be cut in any direction, enabling a wide variety of cutting processes for complex tube structures such as cutting, chamfering, grooving or perforating, scoring and more.