VMC 640 4th Axis Cnc Milling Machine Module Process 4 Axis Cnc Vertical Machining Center

Brand Name:Luyoung
Certification:CE
Model Number:VMC640
Minimum Order Quantity:1
Delivery Time:45 working days
Payment Terms:L/C, T/T
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Address: Room 1061, Building A, Guoshan Center, Taiqian Street, Taishan District, Taian City, Shandong Province
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Product Details

vertical machining center VMC640 4 axis cnc milling machine module process


Specifications:


Work benchArea of work table900×400mm
Load capacity400 kg
Working mesa from the ground880 mm
spindleMotor power5.5kw(servo)
Distance between the spindle end and the work surface100 -550 mm
Spindle center to column guide rail370 mm
Speed8000/10000 rpm
Taper of spindleBT40
Distance of travelX-Axis800 mm
Y-Axis500 mm
Z-Axis500 mm
FeedX-axis fast moving18m
Y-axis fast moving18m
Z-axis fast moving16m
fast cutting speed mm /min1-8000 mm/min
precisionPositional accuracy0.022 mm
Repeat positional accuracy0.012 mm
ToolsMax,diameter120 mm
Max,length200 mm
Tool magazine capacity16
Qty time of tool changings7 s
Power SupplyVoltage(V)/frequency (Hz)380/50
Total capacity(KVA)10
OthersAir pressure0.6 Mpa
Weight2700 kg
Diamention2200×1750×2300 mm

The comparison between three-axis and four-axis machining centers lies primarily in their processing capabilities and handling of complexity:

  1. Number of Axes and Motion Range:

    • Three-axis Machining Center: Movement occurs along the X, Y, and Z linear axes, capable of milling, drilling, and other operations on flat surfaces and simple 3D shapes.
    • Four-axis Machining Center: Adds a rotational axis (A-axis or B-axis) to the standard axes, allowing the workpiece to rotate during processing, enhancing versatility and complexity of operations.
  2. Handling of Complexity:

    • Three-axis: For parts with angles or requiring multiple surfaces, repositioning and remounting may be necessary.
    • Four-axis: Can machine multiple sides of a part in a single setup, eliminating the need for frequent repositioning, ideal for components with complex angles, curves, and multiple faces.
  3. Efficiency and Precision:

    • Three-axis: Efficiency might be lower due to multiple operations for multi-sided machining, potentially introducing more positioning errors.
    • Four-axis: Increases efficiency, reduces alignment errors, ensuring precision, especially for intricate part production.
  4. Application Industries:

    • Three-axis: Suited for basic mechanical work, like automotive parts and mold manufacturing.
    • Four-axis: More appropriate for aerospace, medical devices, and precision component manufacturing requiring high precision and complex geometries.
  5. Cost:

    • Three-axis: Equipment costs are usually lower.
    • Four-axis: Additional axis and more complex control systems result in higher equipment costs.

In summary, four-axis machining centers provide advanced processing capabilities for complex parts but may entail a higher investment. Three-axis machining centers are more suitable for basic tasks and simpler part geometries without the need for additional rotation.


Optional configuration:


1. Cnc control system: GSK, Fanuc, Siemens, Syntec


2. Axis: 3/4/5 axis


3. Spindle Taper: BT40, BT50


4. Spindle speed:8000/10000/12000rpm


5. Chain type chip conveyor


6. Coolant through spindle


China VMC 640 4th Axis Cnc Milling Machine Module Process 4 Axis Cnc Vertical Machining Center supplier

VMC 640 4th Axis Cnc Milling Machine Module Process 4 Axis Cnc Vertical Machining Center

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