VMC850 CNC Vertical Machining Center Fanuc Control System CNC Milling Machine
Description:
VMC850 is a high-precision automated manufacturing equipment characterized by its vertical spindle orientation, where the cutting tool moves along the Z-axis while the workpiece is secured on a stationary or movable table (X/Y axes). Equipped with a computer numerical control system, it integrates mechanical structure, hydraulic/pneumatic systems, and servo drive technology to execute complex machining operations such as milling, drilling, boring, tapping, and contouring with minimal human intervention.
| Model |
VMC850 |
| Capacity |
Table size |
1000x500mm |
| Max. table load |
800kg |
| T slot qty-width*distance |
5-18*90mm |
| Spindle |
Spindle speed |
10000 rpm |
| Spindle nose to table surface |
100-650mm |
| Spindle center to Column surface |
550mm |
| Spindle taper |
BT40-150 |
| Main motor power |
7.5/11kw |
| Three-axis servo motor power |
2.5/3.0kw |
| Box way |
X axis travel |
800mm(900mm) |
| Y axis travel |
500mm |
| Z axis travel |
550mm |
| X/Y axis rapid feed |
24m/min |
| Z axis rapid feed |
24m/min |
| Cutting feed speed |
0-10000mm/min |
| Automatic tool changer |
Tool changer type |
Disc type / hat type (arm type optional ) |
| Standard tool number |
24pcs |
| Maximum tool diameter |
Empty Φ 120/ full tool Φ 80 |
| Maximum tool length |
300mm |
| Maximum tool weight |
7kg |
| Accuracy |
Positioning accuracy |
300mm/±0.005mm |
| Accuracy of repeated positioning |
300mm/±0.003 mm |
| Weight & Size |
Net Weight |
5500 kg |
| Overall Dimension |
2780*2350*2700mm |
Advantage:
CNC vertical machining centres offer advantages such as high precision, high efficiency, high rigidity, and broad applicability, making them indispensable equipment in modern manufacturing.
1. High Precision
Vertical machining centres employ high-precision CNC systems and machine tool structures to ensure high-accuracy machining of components. Their direct-drive configuration of three-axis motors coupled with high-precision ball screws minimises the influence of screw deflection, enhancing transmission rigidity and positioning accuracy.
2. High Efficiency
Equipped with high-speed spindles, vertical machining centres enable rapid machining. Their automatic tool-changing systems allow multiple operations—such as milling, drilling, and tapping—to be completed within a single setup, significantly boosting production efficiency.
3. High Rigidity
The machine structure design of vertical machining centres prioritises rigidity. The base and column construction enhance resistance to deformation, ensuring stability throughout the machining process.
4. Flexibility and Versatility
Vertical machining centres are suitable for processing diverse component types, including plate-like, disc-like, moulds, and complex curved surfaces. Their structural design facilitates convenient workpiece clamping and positioning, offering intuitive operation for multiple machining tasks.
5. Safety
Vertical machining centres employ fully enclosed protective designs, ensuring operator safety while facilitating maintenance and operation.
Application:
1. Automotive Manufacturing
Vertical machining centers are used in automotive manufacturing to process critical components such as engine blocks, cylinder heads, and crankshafts. They precisely machine various mounting holes and oil passages on engine blocks, ensuring dimensional accuracy and positional precision to guarantee engine assembly quality. Additionally, they efficiently process components like transmission housings and gears, enhancing production efficiency and part accuracy.
2. Mold Manufacturing
In mold manufacturing, vertical machining centers process various molds including injection molds and stamping dies. They precisely machine critical mold components like cavities and cores, guaranteeing dimensional accuracy and surface quality to extend mold lifespan and improve product quality.
3. Electronics Manufacturing
Vertical machining centers play a vital role in electronics production, machining components like phone casings and mid-frames to meet demands for slim, lightweight, and aesthetically pleasing designs. They also fabricate internal precision parts such as camera mounts and buttons, ensuring dimensional accuracy and assembly precision to enhance device performance and reliability.
4. Other Applications
Vertical machining centers are also widely used in computer manufacturing, aerospace, and other fields. They efficiently handle large-scale production tasks while maintaining product quality and precision. Their simple structure, compact footprint, and relatively low cost make them easy to operate and maintain.
