Integrated Multi-Process Machining Boosts Batch Production Efficiency
This CNC machine boasts high running speed, precise cutting, reliable performance and comprehensive safety protection, specially developed for mass production of medium & small precision hardware workpieces. It can complete cutting, drilling and tapping processes within one single clamping, eliminating repeated positioning errors, shortening overall processing cycles and greatly lifting daily output for aluminum alloy parts, electronic components and precision miniature molds.
Patented Anti-Deformation Base Effectively Cuts Vibration & Improves Surface Finish
Equipped with exclusive patented anti-deformation machine base, the equipment strongly resists vibration generated during ultra-high-speed cutting operations. It avoids bed deformation caused by long-term continuous heavy load, steadily upgrades machining dimensional tolerance and workpiece surface smoothness, and retains consistent ultra-precision even after years of uninterrupted industrial continuous production.
24000RPM Ultra-High Speed Spindle Options for Fine High-Speed Finishing
Two professional spindle types are available for selection: inverter spindle and servo spindle, both reaching a maximum rotation speed of 24000rpm. The ultra-high spindle speed delivers smooth, delicate high-speed cutting, perfectly matching finishing processing of aluminum, copper, engineering plastics and soft non-ferrous metals, achieving superior surface texture and far higher efficiency than traditional low-speed mechanical spindles.
Optional Mainstream CNC Systems & Complete Auxiliary Configuration
Customers can freely choose Huazhiong, GSK and Syntec three mainstream industrial CNC controllers, all fully compatible with universal standard G-code programming, easy for global machinists to learn programming and operate. Matched with automatic intermittent lubrication system and built-in working lamp, all moving transmission parts get regular oil supply to extend service life; the work lamp guarantees clear sight for round-the-clock non-stop workshop machining.
Technical Specifications
| Workbench size (W*L) mm | 800*500 |
| Max. load (kg) | 400 |
| Max. spindle speed (rpm) | 24000 |
| Spindle power (kW) | 7.5 |
| Spindle taper hole | BT30 |
| Distance from worktable to spindle end face (mm) | Min: 150 / Max: 450 |
| X axis rapid traverse speed (m/min) | 30 |
| Y axis rapid traverse speed (m/min) | 30 |
| Z axis rapid traverse speed (m/min) | 25 |
| X axis travel (mm) | 500 |
| Y axis travel (mm) | 800 |
| Z axis travel (mm) | 300 (table 150 from spindle face) |
| Cutting feed speed (mm/min) | 10000 |
| Tool magazine capacity (pcs) | 12 |
| Tool taper type | BT30 |
| Max. drilling diameter – variable-frequency spindle (mm) | – |
| Max. drilling diameter – Servo spindle (mm) | – |
| Max. tapping diameter – variable-frequency spindle (mm) | Tapping is not supported |
| Max. tapping diameter – Servo spindle (mm) | Aluminium M10 / Steel M6 |
| Max. milling diameter (mm) | Φ50 |
| Repeatability (mm) | 0.01 |
| Air pressure (kgf/cm²) | 5 |
| Machine size L*W*H (mm) | 2200*1800*2450 |
| Machine weight (kg) | 3900 |
FAQ
1. What makes the T-850 different from a standard vertical machining center?
The T-850 is designed for manufacturers who need higher machining efficiency and stable production performance. Compared with conventional CNC milling machines, it combines high-speed spindle capability, rigid machine construction, and precise CNC control to improve machining speed, accuracy, and surface quality.
2. What industries can use the T-850 CNC machining center?
The T-850 is suitable for automotive parts, metal components, molds, hardware products, and general precision manufacturing applications. Its flexible machining capability allows manufacturers to process drilling, milling, tapping, and contour machining operations on various workpieces.
3. Can the T-850 handle continuous production in manufacturing workshops?
Yes. The T-850 is designed for stable long-term operation in production environments. Its rigid structure and reliable CNC system help maintain consistent machining accuracy during repeated processing, making it suitable for batch production of precision components.
4. How does the T-850 improve machining efficiency?
The T-850 improves productivity through high-speed spindle operation, fast tool movement, and efficient CNC control. It reduces machining cycle time while maintaining accurate cutting performance, helping manufacturers increase output and reduce manual processing steps.
5. Why choose the T-850 for automotive and precision component machining?
The T-850 provides a balance between machining speed, rigidity, and versatility. It is suitable for companies that require reliable CNC equipment for automotive components, molds, and precision metal parts without moving to a more expensive specialized machining system.
