Application of Finished Tube Laser Cutting Machine
Elbow and fittings cutting:
The simple laser tube cutting machine is more difficult to cut elbow fittings due to abnormal pipe types. However, the finished tube parts cutting machine can realize requirements of elbow and fittings through a customized clamping device.
Only need to perform shape cutting on the surface of the tube assembly of the metal trolley. It has the characteristics of uniform specifications and batches, which is very suitable for using a finished tube parts laser cutting machine.
Generally, the tent frame adopts similar square and round pipe fittings for casing splicing, and the positions of the pipe butt holes are uniform. Therefore, matching two jaws to clamp both ends of the material for processing can improve accuracy.
Technical Data Of Finished Tube Laser Cutting Machine
Maximum processing length
Tube dimeter range
Type of tube
Round tube, square tube, rectangular tube, oval tube, etc.
Single tube bearing weight
X Y axis maximum acceleration
Optional robot feed
Equipment dimensions (length × width)
Highlights of Finished Tube Laser Cutting Machine
Break Through the Traditional Cutting Method
The two ends of the formed pipe are clamped stably, which can make the speed faster and higher precision. At the same time, use customized high-speed special-shaped chuck and tip-mounted fiber cutting head to realize the processing of elbows and special-shaped tubes.
Integrated in the Automated Production Line
By matching the 3D robot arm machine and auxiliary tooling, it can quickly realize the automatic production mode of automatic feeding, clamping, cutting, unloading and palletizing.
Samples of Finished Parts Tube Laser Cutting Machine
Matching professional CNC cutting system, with good system expandability, supporting function development and expansion. Simultaneously supports two processing methods of 3D graphics import and program input, and the operation is convenient and simple.
Automation Of Finished Tube Laser Cutting Machine
The equipment can be seamlessly connected with the 3D industrial robots to realize a variety of auxiliary functions, such as automatic feeding, automatic unloading, automatic palletizing, and automatic cleaning.