3D Tube Laser Cutting Machine
3D tube laser cutting machines can process round tubes, square and rectangular tubes, as well as structural profiles and beams with multi-axis laser cutting.
- 5-Axis Cutting
- ±45° Bevel Cutting
- Complex Tube Profiles
- Automatic Loading
What Can a 3D Tube Laser Cutting Machine do?
A 3D tube laser cutting machine uses multi-axis motion and an articulating laser cutting head to cut tubes and profiles from different angles. Unlike conventional 2D tube lasers, the cutting head can tilt and rotate during cutting, enabling bevels, diagonal cuts, notches and complex tube joints in a single setup.
Laser Bevel Cutting
Create angled edges for welding and assembly.
Laser Angled Cutting
Cut tube ends at different angles for precise joints.
Laser Notching
Produce complex tube intersections without secondary machining.
Complex Tube Joints
Cut holes, slots and complex shapes directly on tubes and profiles.
3D Tube Laser Cutting Machines
Explore LONX laser cutting solutions for 3D tube, pipe and profile processing. From compact tube cutters to advanced 5-axis systems, choose the right machine for your tube size, cutting angles and production requirements.
- 360° Rotating Head
- 5-Axis Cutting
- Tube / Profile / Beam
- 6kW-20kW
- Entry-level
- ±45° Bevel Cutting
- Ø 20–90 mm
- 1.5kW-3kW
- 2-Chuck
- ±45° Bevel Cutting
- Ø 20–120 mm
- 1.5kW-3kW
- 3-Chuck
- ±45° Bevel Cutting
- Ø 15–230 mm
- 3kW-12kW
- 3-Chuck
- ±45° Bevel Cutting
- Large-Diameter Tubes
- Ø 80-500mm
- 2-Chuck
- Integrated cutting, fusion drilling, tapping
- Multi-diameter thermal fusion drilling and tapping
- Φ 20-160mm
2D vs. 3D Tube Laser Cutting
The main difference between 2D and 3D tube laser cutting is how the cutting head approaches the workpiece. A conventional 2D tube laser is ideal for straight cuts, holes, slots and contours, while a 3D tube laser can cut from different angles for bevels, notches and complex tube joints.
| Capability | 2D Tube Laser Cutting | 3D Tube Laser Cutting |
|---|---|---|
| Straight Cutting | ✓ | ✓ |
| Holes & Slots | ✓ | ✓ |
| Tube Contours | ✓ | ✓ |
| Angled Cuts | Limited | ✓ |
| Bevel Cutting | — | ✓ |
| Notching | Limited | ✓ |
| Complex Tube Joints | Limited | ✓ |
| Weld Preparation | Limited | ✓ |
| Multi-Angle Cutting | — | ✓ |
Choose 3D tube laser cutting when your parts require angled edges, bevels, notches or complex joints. For conventional tube cutting with straight holes, slots and contours, our standard tube laser cutting machines may be sufficient.
3D bevel-cut lasercutting pipes
2d tube laser cutting pipes
How 3D Tube Laser Cutting Machine Works?
A 3D tube laser cutting machine creates three-dimensional cuts by coordinating the movement of the tube with the movement of the laser cutting head. The tube is held by the chuck system and can rotate and move through the machine, while the cutting head moves along the tube and changes its cutting angle.
Unlike a conventional 2D tube laser, where the cutting head generally stays perpendicular to the material, a 3D cutting head can tilt and rotate during the cutting process. This allows the laser beam to approach the tube from different directions rather than cutting only from a fixed orientation.
The CNC control system coordinates these movements according to the programmed geometry. As the tube rotates and the cutting head changes position and angle, the laser continuously follows the required cutting path. This synchronized movement allows the machine to produce angled cuts, bevels, notches and complex tube joints directly from the design, often reducing the need for secondary machining or manual weld preparation.
3D Tube Laser Cutting Applications
3D tube laser cutting is ideal for applications where tubes and profiles require angled cuts, bevels, notches or complex joints. It is widely used for structural components, welded frames and other tube assemblies where precise joint preparation can reduce secondary machining and fabrication work.
Structural Frames
Cut angled tube ends and complex joints for steel frames, machine structures and support systems.
Tube-to-Tube Joints
Create precise notches and intersecting joints for accurate tube fitting and welding.
Weld Preparation
Produce bevelled edges and angled cuts directly on tubes to prepare parts for welding and assembly.
Profiles & Beams
Process structural profiles and beams with complex angled cuts for demanding fabrication applications.
3D Tube Laser Cutting Case Studies
How to Choose a 3D Tube Laser Cutting Machine?
Tube Diameter & Length
Choose a machine according to the smallest and largest tube sizes you process, as well as the required cutting length.
Cutting Requirements
Consider whether your parts require bevels, angled cuts, notches, complex joints or other 3D features.
Laser Power
Select laser power based on material type, thickness and the cutting speed required for your production.
Production Volume & Automation
For higher production volumes, automatic loading, unloading and other automation options can improve throughput and reduce manual handling.
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