1 / 5
Datum Machine
Datum Machine
| Specifications | Details | Unit |
| Pipe diameter (maximum outer diameter) | Round: φ13–φ80; Square: 13×13–60×60; Others: ≤80 | mm |
| Loading pipe length | 5000-7000 (Manual feeding unlimited length) | mm |
| Tail | ≥50 (Determined according to specific conditions) | mm |
| Automation degree | Automatic | R/min |
| Acceleration | 15000 | m/s² |
| Total weight | 950 (No material rack included) | kg |
| Main machine dimensions (L×W×H) | 8200*1900*2000 | mm |
Longer drawing length reduces non-cutting time and improves cutting efficiency. Servo pull material ensures more accurate cutting.
1.5G Acceleration Cutting: The dynamic response time of the cutting head is ≤0.02 seconds, with an empty travel speed of up to 1600mm/s, improving batch production efficiency by 180%.
Independently developed bus system with anti-interference capability improved by 50%. Supports real-time 3D path preview, positioning accuracy of ±0.05mm, and repeat positioning accuracy of ±0.03mm.
Dustproof design reduces chuck wear, maintenance costs, and downtime, ensuring long-term reliability.
Three-Axis Servo Intelligent Feeding: Supports automatic feeding of pipes from 5000-7000mm. The identification system automatically distinguishes between edges, eliminating manual calibration.
Precision cutting head with electro-optical conversion rate ≥30%. Carbon steel cutting thickness up to 5mm. Compatible with stainless steel and aluminum alloy.
Widely used in automotive manufacturing, aerospace, machinery manufacturing, medical devices, building decoration, electronics, petrochemicals, and new energy. Covers industrial needs from everyday goods to high-end manufacturing.
Supports round pipes φ13-φ80mm, square pipes 13×13-60×60mm, and special-shaped pipes (outer diameter ≤80mm).
A national high-tech enterprise focusing on laser cutting equipment. Features a production base covering 20,000 square meters, equipped with high-precision CNC machining centers and large gantry milling machines. Achieving independent research and high-precision manufacturing of core components.
