Fiber Laser Tube Cutting Machine

Delivers High-quality Output Efficiently

Our professional fiber laser tube cutting machine is mainly used to cut the lines, holes or any required shape from the material such as square, round, rectangular & oval metal tubes, elliptical pipes & other shaped pipes, rectangular pipes and hollow profiles. It is a high-tech product integrating laser cutting, has strong load capacity, realizes the purpose of the machine efficiently and makes sure convenient operation with computerized programming & nesting software. The independent bus type CNC tube cutting system has control over pipe support devices & chucks etc.

Laser Power: 3kW – 12kW

Functions & Features

Fiber laser tube cutting machine can flexibly perform the opening, contour & profile cutting for U-shaped groove, L-shaped steel, I-shaped steel and other material such as carbon steel, stainless steel and aluminum alloy, etc. Handles varieties of tubes & pipes with various thicknesses & diameters for complex patterns and does not require secondary treatment for the output.
The high-speed blanking system makes the unloading function automatically, saves labor costs by manual blanking and reduces safety accidents. It is a fully automated, perfect solution to meet the demand of taking off the finished material systematically and protecting the end-product.
It has a laser indicating system that assists to show the exact aiming & positioning point by red light indication. The cooling system has the function of intelligent dual temperature auto-tracking to monitor the temperature continually, has an alarm to protect the process from overheating and avoids the atomization effect.
The machine bed structure involved annealing treatment & relieved the stress, making the frame stable and eliminating cut defects. It helps for stronger beam structure & longer machine lifespan and reduces the amount of deformation that improves the processing accuracy.

Technical Specification

Model	D-SOAR Tube Cutting ( 3Chucks )
Laser Source	Raycus
Laser Power	3kW to 12kW(optional)
Tube Material	Stainless steel, Carbon steel and other material tubes in round, square, rectangular, angel steel, “U” shape, “I” shape, other special tube
Cutting speed	Determined by metal type and thickness
Tube Length	3000mm, 6000mm (Optional)
Working Stroke	Tubes φ15-220mm,Square tubes 15×15-145×145mm
Positioning Accuracy of Axes X & Y	±0.03mm\1000mm 6000mm±0.05mm
Repositioning Accuracy of Axes X & Y	±0.03mm/1000mm
Maximum Positioning Speed of Axes X & Y	90/Min
Range of Axes A1 & A2	N×360°
Positioning Accuracy of Axes A1 & A2	±0.05º
Repositioning Accuracy of Rotation Axis U	≤5 Arc
Power Supply	380V/50Hz/60Hz/60A
Footprint Size	11770mm2780mm3200mm (including blanking machine, excluding automatic feeding device)

Stability 95%

Cutting Accuracy 99.99%

Durability 97%

Major Components

DNE Bsytronic Head

Bystronic (Swiss)

Fiber Laser Source

IPG (Germany)

Servo Motors & Drives

Schnieder (France)

Hellical Rack & Gear

WMH (Switzerland)

Planetary Gearbox

Neugart (Germany)

Components of The Machine

Chuck
Fiber laser tube cutting machine consists of two chucks to hold the tube in place, makes a synchronized rotational motion around the axis and the axial & radial feed is made by laser head for cutting.

Fiber Laser Source
The IPG laser source gives a higher level of beam quality, completes the operation at a quicker rate and achieves an extremely accurate level of precision with increased power densities.

Reducer
The reducer is the transmission device that allows changing the speed and delivering the controlled torque output for the motor to achieve optimal performance.

Servo Motor
The servo motor operates the process quietly, drives the machine, generates the constant torque at any speed and helps for stable operation with incredibly demanded accuracy.

Nesting Software
The pipe cutting numerical control system is based on the Windows and CAM nesting software simplifies the process of instructing the program to utilize the material without wastage.

Rack & Pinion
The rack & pinion are used to increase the transmission accuracy and lesser backlashes. The guide rail allows for safe & precise movement of the print head & carriage. The independent dust extraction captures & discharges the suspended dust to ensure a clean environment. It provides superior end parts at a lower price, increased cut precision, has lower consumables costs and an extremely high production rate.