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Data Specifications
Item | VMC650/640 | |||
Table size (mm) | 1000×400 | |||
T-Slot Q-W(mm)–Distance(mm) | 3-18-120 | |||
Max,load (kg) | 400 | |||
Travel of X axis(mm) | 650 | |||
Travel of Y axis(mm) | 400 | |||
Travel of Z axis(mm) | 550 | |||
Distance from spindle nose to table (mm) | 100-650 | |||
Distance from center of spindle to Column guideway (mm) | 485 | |||
Taper hole of spindle | BT40 | |||
Max speed of spindle (Rpm) | 8000 | |||
Power of main power(kW) | 5.5 | |||
X,Y,Z Rapid feed rate (m/min.) | 32/32/32 | |||
fast cutting speed (mm/min) | 10000 | |||
Accuracy | Positional accuracy mm | ±0.008 | ||
Repeat positional accuracy mm | ±0.005 | |||
Tools | Number | 16 | ||
Time of tool changing | 2.5 | |||
Operation pressure Mpa | 0.6 | |||
Weight (kg) | 4000 | |||
Dimension | 2300×2000×2250mm | |||
Configuration: | ||||
1. High strength resin sand casting | ||||
2.Linear guide way | ||||
3. GSK25i CNC Controller system | ||||
4. BT40 Taiwan high speed spindle 8000rpm | ||||
5.16 Tools Auto tool changer | ||||
6. 3th axis | ||||
7. Separate the hand wheel | ||||
8. Pneumatic broach system | ||||
9. Full guard | ||||
10. Automatic intermittent lubrication |
Function
A five-axis machining center can process a wide range of products, especially complex components. Equipped with simultaneous movement along the three linear axes (X, Y, Z) and two rotational axes (typically A and C axes or B and C axes), these machines offer great flexibility and precision. They are particularly suitable for parts with intricate geometries, such as molds, aerospace components, and high-precision parts with stringent surface finish requirements. For instance, they can handle micrometer-level accuracy in mold part machining, efficiently process complex-shaped parts with 10 to 20 micron machining accuracy, and perform brittle-hard material grinding with 2 to 5 micron accuracy. Additionally, in machining deep and steep cavities, the additional rotation and tilt of the workpiece or spindle head in a five-axis machine optimizes conditions for end mills, improving surface finish, processing efficiency, and tool durability.