Parameters of CNC 1370 Vertical Machining Center
| VMC1370/VM1370 | Specs |
| X, Y, Z axis travel | 1300mm*700mm*700mm |
| Centerline face to worktable top distance | 100～800mm |
| Centerline of main shaft to front guide rail of column | 775 mm |
| X, Y, Z cutting feed rate | 0～6000 mm/min |
| Workbench Specifications (Length x Width) | 1400mm*700mm |
| Workbench Load Capacity | 1000kg |
| Workbench T-slot (Number of Slots × Slot Width × Slot Pitch) Table Hardening | 5mm*18mm*140mm |
| X, Y Rapid Feeding Speed | 24m/min、24m/min |
| Z Rapid Feeding Speed | 20m/min |
| Spindle Speed Range | 8000 r/min |
| Main shaft tapered bore | BT40-150/BT50 |
| Number of Cutlery | 24 sets (CNC milling without tool magazine) |
| Magazine Type | Disc magazine刀库 |
| Spindle Motor | 15kW |
| X, Y, Z Servo Motors | 3.0/4.0kW |
| Repetitive positioning accuracy | 300mm/+ 0.003mm |
| Positioning Accuracy | 300mm/+0.005mm |
| Numerical Control System | FANUC/Siemens/Mitsubishi/Neways/KND |
| Utilize source gas pressure | 0.8 MPa |
| Electrical Capacity | 30kW |
| Machine tool outline dimensions (L×W×H) | 3450mm*2450mm*2900mm |
| Machine Tool Weight | 10800 kg |
Advantages Analysis of CNC 1370 Vertical Machining Center
The machine base is widened and enlarged, serving as the load-bearing part of the entire machine.。The machine tool bed is cast from high-strength cast iron, with the casting structure optimized through machine tool dynamics and finite element analysis. The reinforced rib structure is rationally designed for stability, ensuring quality. It guarantees high rigidity for the basic components. The spacious and robust machine tool bed structure, with a cruciform sliding table that supports full load, ensures the ability to handle heavy loads during machining.
High-rigidity, high-precision spindle: Taiwan Kainan spindle BT40-150mm。8000rpm
X, Y, Z axes are equipped with original Taiwan Hiwin roller guide rails.
AdoptTaiwan HolyDisc (High-Speed) Servo Robot Tool MagazineBT40-24T，Quick and efficient knife changeMeets automation requirements while reducing machine tool failure rates.
High-precision pitch compensation, each drive shaft is optimized and compensated using high-precision laser technology for enhanced positioning accuracy, making it more suitable for machining.High-precision parts. Utilizing the state-of-the-art ball bar instrument for optimization analysis, ensuring accuracy during circular and curved surface machining.
Image of CNC 1370 Vertical Machining Center
