The 3-D 5-Axis Laser Cutting Machine is a fiber laser system for precision cutting of irregular curved parts, bent tubes, and three-dimensional structural components. Its X/Y/Z linear axes with A/C rotary axes provide multi-angle cutting access for formed sheet metal, hydroformed tubes, automotive components, and other 3D workpieces.
Why 5-Axis 3D Laser Cutting?
Cuts formed parts directly - Processes stamped, hydroformed, bent, and deep-drawn components without flattening the geometry.
Multi-angle cutting access - A/C-axis movement keeps the laser head oriented to surfaces that cannot be reached effectively with fixed-angle cutting.
Less dedicated tooling - Reduces dependence on application-specific trimming and piercing dies for suitable low- to medium-volume or frequently changing parts.
Flexible part changes - New cutting geometries can generally be handled through updated CNC programs rather than new cutting tools.
Technical Specifications
|
Parameter |
Specification |
|
Product name |
3D 5-Axis Laser Cutting Machine |
|
Model |
HT-3DF3015 |
|
Laser type |
Fiber laser |
|
Laser power |
3–20 kW |
|
Axis configuration |
X/Y/Z linear axes with A/C rotary axes |
|
Maximum processing range for flat workpieces |
3500 × 3500 mm |
|
X/Y-axis positioning accuracy |
±0.1 mm |
|
X/Y-axis repositioning accuracy |
±0.05 mm |
|
Maximum no-load speed |
100 m/min |
|
Maximum acceleration |
1G |
|
A-axis rotation range |
±135° |
|
C-axis rotation range |
361° |
|
Cooling method |
Water cooling |
|
Machine structure |
Welded bed with gantry structure |
|
Programming method |
CNC control with offline programming support |
|
Overall dimensions |
3000 × 2800 × 2700 mm |
|
Standard power supply |
380 V / 50 Hz |
|
Primary processes |
3D trimming, contour cutting, hole cutting, and bevel cutting |
|
Warranty |
2 years |
|
Available customization |
Travel, workstations, fixtures, load capacity, safety enclosure, and automation integration |
5-Axis 3D Cutting Capability
The X/Y/Z linear axes and A/C rotary axes work together to position the laser head around complex three-dimensional workpieces. This enables precision cutting along curved contours, angled surfaces, and different spatial orientations.
Primary processes include:
3D trimming - Follows formed component edges and contours.
Contour cutting - Processes irregular 3D profiles according to programmed paths.
Hole cutting - Produces openings at different positions and orientations.
Bevel cutting - Processes angled cuts where the part geometry requires them.
Workpiece & Material Compatibility
The machine is intended for three-dimensional metal components that require access from different cutting angles.
Typical Workpieces
Irregular curved and formed parts
Bent and hydroformed tubes
Three-dimensional structural components
Stamped and deep-drawn automotive parts
Complex formed sheet metal parts
Typical Materials
Carbon steel
Stainless steel
Aluminum
High-strength steel
Engineering & Automation Integration Support
We provide more than standard laser machines, with engineering capabilities covering process evaluation, fixture design, machine customization, and automated production-line integration.
- 3D part feasibility evaluation before machine selection
- Customized fixtures, workstations, and load systems
- Integration of laser equipment with loading and production automation
- Equipment testing, installation, commissioning, and operator training
- 2-year warranty and global technical support
Our Manufacturing & R&D Capability
Founded in 2004, we are a laser intelligent equipment manufacturer and a National High-Tech Enterprise specializing in laser systems and customized automation.
- 20+ years of laser equipment manufacturing experience
- In-house R&D and manufacturing of laser cutting, welding, marking, cleaning, and automation systems
- 3D 5-axis fiber laser cutting technology for complex 3D metal components
- 4 national invention patents and 20+ utility model patents
- ISO 9001, CE, and FDA certifications
- Equipment supplied to customers in 100+ countries and regions
FAQ
Q: Can the machine cut parts with different 3D geometries in the same production setup?
A: Yes. Different part programs can be prepared for different geometries. The practical limitation is the workpiece size, weight, fixture arrangement, and accessible cutting angles. For mixed-part production, the fixture and program configuration should be evaluated in advance.
Q: Can existing fixtures be used with the machine?
A: Existing fixtures may be usable if their positioning method, dimensions, load capacity, and accessibility match the machine and cutting head movement. We can evaluate the fixture information or drawings before integration.
Q: Can the machine replace mechanical trimming dies?
A: It can reduce the need for dedicated trimming or piercing tooling in suitable applications, particularly where part designs change frequently, or tooling flexibility is important. Whether it can fully replace an existing process depends on the part geometry, tolerance, production volume, and cycle-time requirements.
Q: How is cutting quality verified before mass production?
A: A production sample can be evaluated before final acceptance. The test can verify factors such as cutting edge quality, hole geometry, dimensional accuracy, bevel requirements, and processing consistency against the agreed technical requirements.
Q: Can the machine be integrated into an existing automated production line?
A: Yes. The machine can be configured for integration with workstations, fixtures, loading systems, and other automation. Interface requirements and production flow should be reviewed during the engineering stage.
Q: What should we prepare for installation?
A: The installation requirements depend on the final configuration. Before delivery, the required power supply, machine space, foundation conditions, cooling, compressed air, exhaust, and material-handling arrangements should be confirmed with the technical team.
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