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Suit for different shape metal tube groove bevel cutting, the tube outer diameter can be 8-120mm, metal tube length 6 meters.
With Semi automatic tubes bundle loading system for different tube easy loading.
Compact design combine semi-auto tube loading system.
Easy loading different shape tube, especially the special profile.
The integrated concept integrates circuits, lasers and oil and gas systems into a compact layout, achieving high concentration and miniaturization, with flexible layout and convenient operation.
Maximum Acceleration：2G
Maximum Rotational Speed：200r/minute.
The unique serrated surface processing of the rear clamping claw supports two flexible pipe clamping modes:
Small diameter pipes: the external clamping method is used to ensure uniform and stable clamping force;
Large diameter pipes: the external support mode can be selected to make the clamping more stable and reliable
√ The square hole chuck maximum clamping 120mm×120mm square tubes.
√ Full-stroke automatic clamping, the tube can be quickly clamped with one click
√ It can clamp tubes of various shapes at one time, greatly improving work efficiency
Automatic centering of the different types of pipe in production. which is quick and labor-saving
Special design ensures "0" Tailer tube cutting demand available on two-chuck tube laser cutting machine.
Easily model 3D tube cuts using the nesting menu, generating complex V-shaped and D-shaped grooves with one click. This integration eliminates software constraints, enhancing design efficiency
The intelligent cutting control system, paired with a multi-axis motion machine tool, enables complex groove cutting on various tubes, including round and square shapes.
It enhances applications by allowing various cutting styles like bevels, holes, and V-shaped grooves.
Equipped with an independent waste collection trolley, the convenient pull-out design makes manual processing easier and more efficient.
The finished product collection area has a certain efficient storage space and buffer function, aiming to reduce manual intervention and improve the automation level of the production process.