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Choosing a 3D 5-axis laser cutting machine with movable/interchangeable platforms/rotatable workbenches essentially involves selecting “flexible production capacity”:
| Workbench | Core Advantages | Applicable Scenarios | Selection Guide |
|---|---|---|---|
| Fixed workbench | Strong stability, suitable for ultra precision small parts | Aerospace micro components, high-precision molds | Flexible adaptation to multiple specifications of workpieces, higher space utilization efficiency |
| Rotary worktable | Suitable for processing circular/symmetrical surfaces | Rotating parts such as pipelines and wheel hubs | Supports ultra long/ultra wide workpieces, enabling parallel operations |
| Moving workbench | Flexible adaptation, efficient collaboration, space friendly | Multiple batches of small and medium-sized parts, large and medium-sized irregular parts, compact workshop | Balancing "complex processing+flexible production+space saving", with no shortcomings in adaptability |
The fixed worktable can carry large workpieces, and the stationary worktable avoids vibration during processing, ensuring cutting accuracy. The stable performance of the fixed workbench under long stroke conditions meets the cutting needs of industries such as shipbuilding for large-sized workpieces.
The rotating worktable effectively reduces the number of clamping times and errors, efficiently optimizes the cutting process, achieves continuous operation, and shortens processing time; Expand the processing range, handle large and irregularly shaped workpieces, and improve production efficiency.
The movable workbench can be directly moved to the operator’s side without bending over or using auxiliary tools to transport workpieces: It can process small precision parts (such as medical device components and mobile phone frames), as well as adapt to medium to large shaped workpieces (such as car bumper molds and robotic arm joints), without the need to replace dedicated workbenches;
| Project | DW-3015 | DW-4020 | DW-4025 | DW-6020 |
|---|---|---|---|---|
| X/Y/Z axis travel range | 3000/1500/680mm | 4000/2000/680mm | 4000/2500/680mm | 6000/2000/680mm |
| A-axis travel | ±135° | ±135° | ±135° | ±135° |
| C-axis travel | ±nx360° | ±nx360° | ±nx360° | ±nx360° |
| Maximum speed of X/Y/Z axis | 60m/min | 100m/min | 100m/min | 80m/min |
| Maximum acceleration of A/C axis | 3600°/s² | 3600°/s² | 3600°/s² | 3600°/s² |
| Maximum speed of A/C axis | 540/s² | 540/s² | 540/s² | 540/s² |
| Maximum acceleration of X/Y/Z axis | 0.5G | 1G | 1G | 0.8G |
| Positioning accuracy of X/Y/Z axis | ±0.05mm | ±0.05mm | ±0.05mm | ±0.05mm |
| Repeat positioning accuracy of X/Y/Z axis | ±0.03mm | ±0.03mm | ±0.03mm | ±0.03mm |
| Positioning accuracy of A/C axis | 0.03⁰ | 0.03⁰ | 0.03⁰ | 0.03⁰ |
| Repeat positioning accuracy of A/C axis | 0.01° | 0.01° | 0.01° | 0.01° |
| Floating axis range | ±12.5mm | ±12.5mm | ±12.5mm | ±12.5mm |
| CNC system | SIEMENS 840D SL | SIEMENS 840D SL | SIEMENS 840D SL | SIEMENS 840D SL |
| Workbench | Fixed/Rotating/Moving | Fixed/Rotating/Moving | Fixed/Rotating/Moving | Fixed/Moving |
| Configurable laser device | 1000W~6000W | 1000W~6000W | 1000W~6000W | 1000W~6000W |
The cutting head has a large swing angle, and both axes can swing not less than ±50°, which can satisfy bevel cutting at any angle;
The swing arm is made of high-strength aluminum alloy casting, which is light in weight and has good rigidity to ensure the flexibility of the swing axis during cutting;
The main functions include visual calibration, pendulum length correction, parameter setting, custom PLC, simulation and cutting process control. Supports V/Y/X/K multiple groove types, and can flexibly set the groove properties of parts
Automobile production: used for beveling of auto parts, body panels, suspension system parts, etc.
Shipbuilding: connection of hull plates and groove sealing of joint structures.
Grooving processing before welding: Before metal welding, the welding seam is grooved to improve the strength and quality of the welding joint.
Pipemaking: The joining of pipes and the precise fit of joints.
Steel structure processing: steel bridges, steel buildings, steel beams, etc.
Bevel processing before solution cladding: Bevel cutting of the metal substrate to better integrate the laser cladding layer and the substrate.
The price of a three-dimensional five-axis bevel laser cutting machine is generally around US$60,000-180,000. The higher the power, the higher the price. This is related to brand awareness, manufacturer’s strength, configuration, power size, etc.
Contact us to get the latest metal pipe laser cutting equipment prices and recommend a suitable pipe cutting machine for you.
Material Compatibility
Power and Speed
Precision and Accuracy
Software Capabilities
Maintenance and Support
These machines can typically cut a wide range of materials, including metals like stainless steel, mild steel, aluminum, brass, and copper, as well as some non-metallic materials.
Industries that benefit significantly include aerospace, automotive, medical, electronics, marine, and jewelry manufacturing.
The main advantages include unmatched precision, enhanced flexibility, increased efficiency, material versatility, and reduced need for secondary processing due to high-quality cuts with smooth edges.
5 Axis laser cutting machines typically offer high positioning accuracy, often around ±0.03mm to ±0.05mm.
Yes, 3d laser cutting 5 axis can be integrated with robotic systems to enhance automation in manufacturing processes.
These 5 axis cnc laser machines require specialized CAM (Computer-Aided Manufacturing) software for programming and operation, often provided by the manufacturer.
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