Fiber Laser Tube Cutting Machine
Two-chuck
Low center of gravity, strong structural stability, and high load-bearing capacity; the side-mounted design prevents heavy pipe loading from damaging the rack and pinion guide, reducing damage to the rack and pinion guide. Through rigorous welding and annealing processes, it ensures stable 24-hour operation, long-term reliable cutting accuracy, and no deformation throughout the bed’s lifespan.
Intelligent position compensation significantly improves processing efficiency and precision, enabling continuous cutting, reducing tail material waste, and increasing efficiency.
Improves feeding efficiency and stability, adapts to various pipe materials, eliminates flipping and waiting time, provides fast feeding speed, reduces labor intensity, and makes operation more convenient.
The height and support range can be flexibly adjusted according to the pipe material, easily adapting to various pipe specifications. Stable support reduces swaying, ensuring stability during processing of pipes of various diameters. This improves equipment versatility and ease of operation, while also contributing to increased cutting precision and efficiency.
High Adaptability：
It is equipped with multiple types of optical fiber interfaces such as QBH and QCS, and can be adapted to various mainstream laser generators.
Excellent Design：
With optimized optical configuration and a smooth and efficient airflow design, it significantly improves the cutting quality and efficiency.
Elongated Nozzle Design：
The modular and elongated nozzle design reduces interference with the workpiece.
Exquisite Structure：
It is extremely light in weight and compact in size, reducing the load requirements of the robot and improving the cutting speed and quality.
The precision chuck adopts an integrated structural design, which has a good sealing and dust-proof effect. It effectively prevents cutting dust from entering the chuck, thus avoiding the influence on the cutting accuracy and the service life of the equipment.
Controlled by EtherCAT bus, the bus communication covers the entire network, featuring fast communication speed and strong anti-interference ability.
Axes and control signal modules can be freely added.
It provides customers with customized main design functions.
It can control 256 axes, and each EtherCAT network segment can accommodate up to 65,535 devices.
The standard nesting eliminates the trouble of model selection and hardware matching. It can be installed immediately and used right away.
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Optional pipe beveling function, capable of ±45° beveling, providing professional pipe beveling solutions.
This system uses roller assemblies to receive and transport cut pipe workpieces, achieving automated unloading. It flexibly adapts to different pipe diameters, smoothly lifting the pipes during unloading to avoid bumps and damage; simultaneously reducing labor costs and operational safety risks, it is suitable for batch pipe processing scenarios, and facilitates automated production line flow.
Fiber Laser Tube Cutting Machine
Fiber Laser Tube Cutting Machine
3-chuck Fiber Laser Tube Cutting Machine
Processing area
6000mm*φ10-120mm
Processing area
6000mm*φ10-170mm
Processing area
6500mm*φ10-230mm
Maximum operating speed
60m/min
Load-bearing
300KG
Processing area
6500mm*φ10-360mm
Maximum operating speed
60m/min
Load-bearing
800KG