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PLUS Series High-speed High-precision Tube Laser Cutter - SF6024PLUS
SF6024PLUS
Tube Laser Cutting Systems
06 322 1575
Specifications
| Laser Power (kW): | 1.5-6 |
| Length of Tube (mm): | 1000-6500 |
| Scope of Tube Size (mm): | 20*20~230*230 |
| Max Weight of Tube (kg): | 260 |
| X/Y Axis Positioning Accuracy (mm): | ±0.05 |
| X/Y Axis Repositioning Accuracy (mm): | ±0.03 |
| Max No-load Speed (m/min): | 150 |
| Max Rotating Speed of Chucks (r/min): | 150 |
| Overall Dimensions (L*W*H, mm): | 9320*3100*2500 |
| Power Supply: | Three-phase 380V, 50Hz/60hZ (custom-made) |
Description
This upgraded model incorporates feedback from users worldwide. It is designed to cut small tubes quickly and with high precision. Multiple models are available, allowing you to select the one that best fits your production needs.
Performance Benefits
Small Diameter Batch Cutting
Designed for batch processing of tubes up to 100 mm in diameter, this system handles round, square, and rectangular profiles with ease, enabling efficient, high-volume production.
- Laser power: 1.5-6kW
- Tube length range: 1000-9500mm
- Tube weight range: 80-260kg
- Tube diameter range: 10-230mm
Side-Mounted Bed Design
The side-mounted welded bed improves stability and load-bearing capacity while reducing vibration. It is precisely manufactured to ensure long-term durability without deformation or damage.
Follow-up Support System
Automatically adjusts to the tube’s rotation and vertical movement during cutting, preventing sagging and ensuring stable, consistent perforation and cutting.
High-Precision Two-Chuck System
Equipped with full-stroke chucks and a servo control system, this setup ensures precise tube alignment and stable movement, enhancing clamping accuracy for reliable, high-precision cutting.
High-Efficiency Automatic Loading Device
Boosts productivity and reduces manual handling by providing stable, accurate tube loading. Compatible with various tube types, it also improves safety and minimises material waste.
Zero Tail Material Design
Reduces material waste, maximises tube utilisation, and lowers production costs—ideal for batch production and high-value materials.
Flycut Function
Enables one-click generation of flying cutting paths for high-speed, continuous cutting operations.
Nesting Software
Supports single-part or multi-part nesting to maximise material usage and reduce waste.
Special Edge-Sharing
After weld seam compensation, the software can perform edge-sharing for identical or different parts, including island edge-sharing. This allows precise cutting, fewer cuts, and material savings.
Fast File Import
Automatically detects extrusion direction in IGS files and supports batch import of multiple files with different cross-sections. Assembly file import is also supported, improving workflow efficiency.
Drawing Processing Tools
Flexible graphical tools address common tube-cutting challenges, such as perforation accuracy and interference prevention, significantly reducing drawing preparation time.
Automatic Sorting
Optimises idle travel paths for all tube types, including rectangular and round profiles. Two sorting strategies—face-based and loop-based—enhance cutting efficiency.
Profiles Processing
Supports toolpath extraction and editing for profiles such as H-beam, U-beam, and L-beam. Edge-sharing nesting for profiles further expands cutting capabilities.
Parts Design
Built-in 3D drawing functions enable users without prior modeling experience to quickly perform extrusion, punching, cutting, V-grooving, and other operations.
Nesting Report
Generates clear, concise nesting reports to guide operators and streamline the cutting process.
Professional Tube Cutting System
A high-precision, high-efficiency two-chuck bus system for small tube cutting with minimal offcut. Widely used in industries with high demand for round and square tubes, including fitness equipment, hardware and sanitary products, and escalator railings.
Optional Benefits
Weld Seam Inspection
Automatically detects and locates weld seams, allowing the machine to avoid them during cutting. This enhances cutting stability and ensures higher-quality finished parts.
Visual Scanning
Continuously monitors and corrects tube position deviations, improving alignment accuracy and enabling more stable and efficient cutting.
