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High Performance VMC 855 CNC Milling Machine Metal Vertical Machining Center CNC Vertical Milling Machine

High Performance VMC 855 CNC Milling Machine Metal Vertical Machining Center CNC Vertical Milling Machine

Application:The CNC machine tool features an optimized structure and shape design, characterized by compactness, rational layout, and enhanced rigidity. It is capable of machining a wide range of workpieces, including flat plates, shells, and complex components such as molds and CAM-designed parts.


Specification

Item Model

Unit

VMC855

Table size

mm

1000×550

Load-bearing capacity

kg

550

T-Slot

mm

5-18×100

Maximum Left/Right Travel (X-axis)

mm

820(800)

Maximum Front/Back Travel (Y-axis)

mm

580(550)

Maximum Vertical Travel (Z-axis)

mm

580(550)

Maximum Distance from Spindle End Face to Table Surface

mm

670

Minimum Distance from Spindle End Face to Table Surface

mm

120

Distance from Spindle Center to Z-Axis Guide Surface

mm

590

Tool Magazine Type


Disc

Tool Magazine Capacity

Pcs

24

Tool Change Time

s

2.5

Maximum Tool Diameter

mm

Φ78

Maximum Tool Length

mm

120

Maximum Tool Weight

kg

8

Taper Hole (7:24)


BT40-150

RPM Range

r/min

8000/10000/12000

Spindle Rated power/peak

kw

11

Feed Rate

mm/min

1-10000

X/Y/Z Axis accuracy

mm

±0.008/300

X/Y/Z Axis Repeatability

mm

±0.005/300

Machine size(L*W*H)

mm

2800×2400×2650

Machine weight

kg

5500


Application:

The CNC machine tool features an optimized structure and shape design, characterized by compactness, rational layout, and enhanced rigidity. It is capable of machining a wide range of workpieces, including flat plates, shells, and complex components such as molds and CAM-designed parts. The machine performs drilling, milling, and tapping operations, making it well-suited for batch production. It effectively meets the processing needs for drilling, tapping, and milling of small to medium-sized workpieces.
Product Features:
1. High-precision castings, quenched to eliminate internal stress and ensure accuracy.
2. CE standard electrical, neat lines, easy to troubleshoot and repair, high safety factor.
3. The three-axis adopts high-precision ball screw, combined with precision nut preloading and tail pre-tensioning device to
ensure that the backlash and thermal deformation of the machine are kept low for a long time.
4. The spindle tool change mode adopts pneumatic mechanism. When the tool is used, the spindle is evenly stressed to prolong the bearing life.
5. High-precision spindle, good stability and long life.
6. Fully automatic electronic lubrication system for uniform oil supply and good stability.
Standard configuration:

1. GSK control system.

2. BT40 Taiwan 8000 RPM spindle.

3. Taiwan hiwin screw.

4. Taiwan hiwin 3 axis roller linear rails.

5. Germany NTUS Bearings

6. Taiwan OKADA 24 -disc-atc.

Optional configuration:

1. Spindle RPM 8000, 10000, 12000.

2. Optional:SIEMENS,KND,FANUC,MITSUBISHI control system.

3. Spindle oil cooler.

4. Coolant through spindle.

5. Workpiece measuring probe.

6. Screw type chip conveyor.

7. Chain type chip conveyor.

8. 4-axis/5-axis.

9. Electrical Cabinet Air Conditioning.


Sintered Ferrite Magnet Materials

Zhejiang Kaiven Magnet Co., Ltd. was founded in 1987 with a registered capital of 40.18 million yuan.

Production Advantages

Kaiven is committed to becoming a world-renowned supplier of permanent magnet material application solutions in the field of new generation consumer electronics and energy-saving home appliances.

The company applies technologies such as casting columnar crystal growth control technology, grain refinement and micro-optimization technology, etc., and is committed to improving the consistency of powder and giving full play to the performance potential of rare earth. By improving the smelting microstructure, applying fine-grain technology, and optimizing the mixing process, etc., significantly improving the performance of NdFeB magnets.

The company has applied and improved low-oxygen magnet preparation technology and cold isostatic pressing technology, so that NdFeB magnets are in a low-oxygen state during the pressing process, and the preparation of molding blanks is continuously optimized, which effectively reduces the loss of rare earth. The application of low-temperature sintering heat treatment technology has further improved the sintering process. Adjusting the temperature to a suitable state can give full play to the performance of the formula. The representative products are high-performance N55 magnets prepared by low-oxygen technology and N38UH magnets produced by near-net molding technology.

In order to pursue the accurate precision of customer customization, the company applies high-performance ultra-thin small special-shaped permanent magnet preparation technology to carry out high-efficiency and low-loss precision machining of NdFeB blanks, breaking through the technical bottleneck of high-performance thin and small magnet processing difficulty, and Strictly control product appearance defects through intelligent image appearance automatic inspection technology to improve inspection efficiency and accuracy.

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