cnc laser tube cutting machine - High Precision CNC Tube Laser Cutter | OMNICNC


The OMNI6000T cnc laser tube cutter for metal, also known as a laser tube cutting machine, is used to cut round, square, and other metal tubes.

Carbon steel, stainless steel, aluminum alloy, galvanized sheet, titanium alloy, manganese alloy, and other materials may be cut with a laser pipe cutting machine.

It is extensively utilized in metal tube processing, machinery manufacturing, car parts manufacturing, electrical manufacturing, elevator manufacturing, petroleum equipment, food machinery, ornamental ads, and many other applications.


The pipe processing range: 6000mm*10220mm

Power: 1,500 – 6,000 watts range (1.5kW-4kW)

Round Tube Diameter:Φ20mm-200mm (Φ0.8″-7.8″)

Square Tube Length: 20*20mm-150*150mm(0.8″*0.8″-5.9″*5.9″)

Passed CE/FDA certifications

2 Year Warranty

untitled design 1 - High Precision CNC Tube Laser Cutter | OMNICNC


  • Precision Trifecta: Conquer Tubes with Speed, Efficiency, Grip
  • Low Inertia: Blast through small-tube jobs with rapid starts and stops, maximizing output.
  • Ultra-Short Swarf: Embrace sustainability and minimize waste with deep chuck integration.
  • Unwavering Clamping: Powerful grip tackles any tube shape, ensuring consistent, high-quality cuts.


  • Extra heavy duty welded steel frame and gantry for maximum straightness and rigidity
frame 1 - High Precision CNC Tube Laser Cutter | OMNICNC
gantry 1 - High Precision CNC Tube Laser Cutter | OMNICNC


Cast aluminum beam with high rigidity,And the weight is 1/2 lingter than traditional welding  iron gantry.


Effortless Tube Handling, Maximized Efficiency

  • Automatic Tube Slide: Tubes glide effortlessly out of the machine, eliminating manual lifting and forklifts.
  • Integrated Support Platform: Receives cut tubes for seamless post-processing, keeping your workflow fluid.
  • Boost productivity by up to 20% with faster unloading and smoother transitions.
  • Minimize risk of injuries and create a safer workspace.
  • Save valuable floor space by eliminating forklift traffic.
cut software - High Precision CNC Tube Laser Cutter | OMNICNC


It is equipped with an FSCUT3000S pipe cutting system, which enables high-precision and high-efficiency cutting of square pipes, round pipes, racetrack-shaped and oval-shaped stretched pipes, angle steel, and channel steel.


Crafted with laser heads from industry leaders, this machine delivers unrivaled cutting power and reliability. Experience the difference, cut by cut.

ospri - High Precision CNC Tube Laser Cutter | OMNICNC
pipe tube cutting parameters 1 - High Precision CNC Tube Laser Cutter | OMNICNC


CNC laser tube cutter can easily cut H steel, I-beam, angle steel, channel steel, and other profiles, as well as drop-shaped and concave-shaped tubes, with a 3D laser cutting head.

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  • Machine Model

  • Tube Cutting Dimension (mm)
  • Laser Head
  • Maximum Rotational Speed
  • Maximum Load Weight
  • Max Cutting Speed
  • Max Moving Speed
  • Max. Acc. Speed
  • Repeatability
  • Min Cutting Line Width

  • Motor
  • Voltage
  • Operating System
  • File Format
  • OMNI 6000T
  •  6000mm* φ10~220mm
    (Square tube: 10*10~150*150mm)
  • Fiber laser (1KW, 2KW, 3KW, 4KW, 6KW)
  •  100r/min
  • 150KG
  • 80m (262′) /Min
  • 60m ( 196′) / min
  • 0.8G
  • +-0.02mm
  • 0.02mm
  • Servo motor and driver
  • AC380V/50HZ, 3PH; 220V/60Hz,3PH; AC440V/50HZ, 3PH
  • plt, dxf, ai
  • Material
  • Carbon Steel(mm)
  • Stainless Steel(mm)
  • Aluminum (mm)
  • Brass (mm)
  • 1KW
  • 0.4-12
  • 0.4-5
  • 0.4-3
  • 0.4-3
  • 1.5KW
  • 0.4-16
  • 0.4-6
  • 0.4-5
  • 0.4-5
  • 2KW
  • 0.4-18
  • 0.4-8
  • 0.4-6
  • 0.4-6
  • 3KW
  • 0.4-20
  • 0.4-12
  • 0.4-8
  • 0.4-6
  • 4KW
  • 0.4-25
  • 0.4-12
  • 0.4-12
  • 0.4-8
  • 6KW
  • 0.4-25
  • 0.4-20
  • 0.4-16
  • 0.4-14


What Is Pipe Laser Cutting Machine?

A laser pipe cutting machine is a metal pipe cutting equipment with excellent efficiency. The basic idea is to carve various graphics on pipe using laser irradiation.

What Power of Tube Laser For Sale?

1KW, 2KW, 3KW, 4KW, 6KW,12KW

What Is Tube Laser Cutting Machine Price?

A tube laser starts about $40,000 on average. This is the starting point for the cost of the most basic tube laser machine.

These devices are capable of cutting iron, steel, aluminum, and other materials. Machines capable of cutting materials up to 1 inch thick typically cost between $40,000 and $150,000.

What Is Square Tube Laser Cutting Machine

Square laser tube cutting machine is fiber laser cutting machine designed for cut various type of tubes, like round, square, Angle, H steel, Channel steel etc.

The square CNC laser tube cutting machine is extensively used in electronic components, automotive parts, cooling pipes, ventilation pipes, signage, and other metal parts processing industries for cutting metal tubes of carbon steel, stainless steel, mild steel, aluminum, brass, and alloy.

CNC Tube Cutting Machine, What Are They?

Tube cutting machine includes :

What Is the CNC Tube Fiber Laser Cutter Cutting Rule?

– Fiber lasers can cut round, square, rectangular and may other shape metal tubes. They can cut precise lengths and also cut notches, holes, and patterns in the tube walls.
– The laser beam is focused down to a narrow point, allowing it to cut around the complete circumference of the tube. The tube can be fed through the laser head to make continuous cuts at any angles or patterns.
– Fiber laser cutting of tubes is very fast and efficient. The entire cut is made at once by the laser beam, so cutting speed mainly depends on the motion system moving the tube. This can be faster than mechanical cutting and welding of tubes.

What are the safety precautions I should take when cutting metal tubes with a fiber laser?

Here are some important safety precautions to take when cutting metal tubes with a fiber laser:

– Wear laser safety goggles to protect your eyes from laser radiation and bright flashes from the cutting process. The laser beam can damage your eyes, so eye protection is critical.

– Wear protective gloves, clothing, and shoes. Molten metal slag and particles can be hot, sharp, and uncomfortable against your skin. Proper protective gear prevents burns and cuts.

– Ensure proper ventilation and use an exhaust system to remove fumes. Laser cutting metal tubes produces harmful gases and metal vapors that must be vented out of the area. Adequate ventilation and fume extraction equipment is necessary for safe operation.

– Keep a fire extinguisher nearby. Although the laser cutting process is controlled, fires can occur if flammable materials or gases are present. Having a fire extinguisher close at hand allows you to quickly extinguish any fires that may start during cutting.

– Avoid direct exposure to laser radiation. Do not stare directly at the laser beam or reflective surfaces, and avoid letting the beam hit your body. The high power density of the laser beam can cause damage to your eyes and skin.

– Follow all safety precautions recommended by the laser cutter manufacturer. Laser cutters have specific requirements and recommendations to prevent injuries and fires. Carefully follow all guidelines provided in the laser cutter’s instructions to ensure safe and responsible operation.

Following these safety precautions will help you cut metal tubes safely and effectively with a fiber laser cutting machine. Always put safety first when operating powerful equipment like laser cutters. If you have any questions or concerns, consult the laser cutter manufacturer.

What are the best practices for maintaining a fiber laser cutting machine?

Here are some best practices for maintaining a fiber laser cutting machine:

– Keep the laser optics clean. The laser optics can accumulate dirt and debris during cutting, which degrades cutting performance. Gently clean the optics with approved cleaning supplies and cloths. Do not touch the optics with your bare hands.

– Perform regular inspections of the laser system. Check that all components are properly connected, not damaged, and not excessively worn. Look for any signs of leaks or corrosion in gas lines or coolant systems. Performing regular inspections helps identify issues early before they lead to costlier damage or downtime.

– Follow the manufacturer’s recommended maintenance schedule. Most fiber laser cutters will require certain regular maintenance like lubricating motion systems, calibrating positional sensors, replacing filters, and other tasks. Follow the recommended schedule to keep your laser cutter running well and to maintain your warranty coverage or service contract.

– Keep the work area and exterior clean. Wipe down the exterior of the laser cutter and keep your work area free of debris and clutter. Built-up dirt and dust can affect cooling and gases, and a messy workspace can lead to accidents or wasted time looking for materials or tools.

– Receive necessary training. If you are operating or maintaining the fiber laser cutter, get proper training on safety, use, and maintenance. Laser cutters are complex machines and receiving in-depth training will allow you to use the machine to its full potential and maintain it properly for best performance and longevity.

Following best practices for maintenance will keep your fiber laser cutting machine running well and help avoid costly issues or downtime. With regular cleaning, inspections, and proper maintenance, fiber laser cutters can have long lifespans and stable, efficient performance. Always follow the manufacturer’s specific recommendations for your laser cutter model.

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