High-Precision Vertical Machining Center VMC1160 from China Factory - Top Suppliers for Quality Manufacturing Equipment
Vertical machining center is mainly used for machining spare parts with high precision, multi-procedure, complicated shape, such as plate, disk, shell, mould etc. It can complete milling, drilling, reaming, boring, tapping continuously as well as precise machining of slant face, two-dimensional and three-dimensional surface in one single clamping, the process is programmed and batch, production cycle is shorted, thus, the users will obtain good economic benefits.
VMC1160 vertical machining center adopts vertical frame layout, the column is fixed on the bed, spindle box moves up and down along the column (Z axis), the saddle moves longitudinally along the bed (Y axis), the table moves crossly along the saddle (X axis).
The large parts all adopt high strength cast iron material, including bed, table, saddle, column, spindle box etc. They are optimized by 3D computer software, reasonable arrangement of stiffened plates and complete heat treatment process to eliminate residual stress, ensuring the machine with sufficient strength, rigidity and high stability.
- X, Y, Z axis are roller linear guideway
- Taiwan 10000rpm high speed and high precision spindle unit
- The whole machine adopts Japan bearings
Standard Configuration
- Fanuc 0i-MF plus CNC controller
- Spindle blowing system
Option Configuration
- Siemens 828D, KND-2000M, HNC818, GSK218 CNC controller
- 4-axis rotary table, 5-axis cradle rotary table
- Coolant through spindle
- Screw type chip conveyor
- Chain type chip conveyor
- XY axis roller linear guideway and Z axis box guideway
| Main specifications | Unit | VMC1160 |
|---|---|---|
| Table size | mm | 1200X600 |
| T-slot (Width-Qty-Distance) | mm | 18-5-100 |
| Max. table load | kg | 1000 |
| X-axis travel | mm | 1100 |
| Y-axis travel | mm | 600 |
| Z-axis travel | mm | 600 |
| Distance from spindle nose to table surface | mm | 120-720 |
| Distance from spindle axis to column surface | mm | 670 |
| Spindle taper | -- | BT40 |
| Max. spindle speed | rpm | 10000 |
| Spindle motor power | kW | 11/15 |
| Max. torque of spindle | N.m | 52.5/95.5 |
| Tool magazine type | -- | Arm type |
| Tool magazine capacity | PCS | 24 |
| Max. diameter of tool(Full/Empty) | mm | Φ80/φ150 |
| Max. tool length | mm | 300 |
| Max. tool weight | kg | 8 |
| Tool change time(T-T) | s | 1.55 |
| Rapid feed speed(X/Y/Z) | mm/min | 30000/30000/24000 |
| Cutting feed speed(X/Y/Z) | mm/min | 1-10000/1-10000/1-10000 |
| Positioning accuracy（X/Y/Z） | mm | ±0.005/300 JIS |
| Repeat positioning accuracy(X/Y/Z) | mm | ±0.003 JIS |
| Total power capacity | kVA | 25 |
| Machine weight | kg | 6000 |
| Machine overall size | mm | 3100X2460X2860 |
Tool Magazine
24pcs arm type tool magazine
Roller Liner Guideway
T H K (Japan) / HIWIN (China Taiwan)
Spindle
Cells
Ball Screw
THK/HIWIN
Screw type chip conveyor
Pneumatic system
Spindle front seal, spindle taper hole blowing
Auto Lubrication system
Chain type chip conveyor
EMO
Shanghai
Beijing
What are the primary applications of the VMC1160 vertical machining center?
The VMC1160 is mainly used for high-precision, multi-procedure, and complex-shaped spare parts, such as plates, disks, shells, and moulds. It can perform milling, drilling, reaming, boring, and tapping continuously in a single clamping.
What CNC controllers are available for this machine?
The standard configuration comes with a Fanuc 0i-MF plus CNC controller. Optional controllers include Siemens 828D, KND-2000M, HNC818, and GSK218.
What is the table size and maximum load capacity?
The VMC1160 features a table size of 1200 x 600 mm and can support a maximum table load of up to 1000 kg.
What are the spindle specifications for the VMC1160?
It features a high-speed, high-precision Taiwan spindle unit with a BT40 taper, running up to a maximum spindle speed of 10,000 rpm, powered by an 11/15 kW motor.
How many tools can the tool magazine hold, and what is the change time?
The machine uses an arm-type tool magazine with a capacity of 24 pieces. The tool-to-tool change time (T-T) is approximately 1.55 seconds.
What structural materials are used to ensure stability?
All large structural parts (bed, table, saddle, column, and spindle box) are cast from high-strength iron. They are optimized using 3D design software and undergo complete heat treatment processes to eliminate residual stress and maximize rigidity.