High Speed 3 axis Milling Machine Vertical CNC Machining Center
Product Description
Product Description
|
VL850---Linear guideways in 3 axes |
Travel |
X axis |
800mm |
Y axis |
500mm |
Z axis |
500mm |
Spindle nose to table |
120-620mm |
Spindle nose to column |
581mm |
Feed |
max X rapid feed |
36m/min |
max Y rapid feed |
36m/min |
max Z rapid feed |
36m/min |
Cutting feed |
1-10m/min |
Torque |
X:12N.m Y:12 N.m Z:20N.m |
Table |
Table size |
1000×500mm |
Max load |
500Kg |
Table surface to floor |
840 mm |
T slot |
3×18×150mm |
Spindle |
Type |
Belt |
Speed |
8000 rpm |
Spindle taper |
BT40 |
Main motor |
7.5KW |
Accuracy |
Accuracy (JIS) |
±0.005/300mm |
Repeatability (JIS) |
±0.003mm |
Other |
Weight |
4300 Kgs |
Size |
2600×2250×2500 |
Standard accessory |
Optional accessory |
Fanuc |
Mitsubishi M70/GSK218M |
full enclosure machine guard |
|
|
chip cart |
automatic central lubrication system with alarm |
4th axis |
Z axis counter-balance weight |
Metrol tool setters |
spindle cooling unit |
transformer to suit local power supply |
spindle side air blow
nozzle&coolant nozzle |
screw type chip conveyor |
machine window with safety glasses |
|
rigid tapping |
|
auto power off |
|
3 colours warning lamp |
|
work lamp |
|
leveling pads&bolts |
|
operation manuals |
|
tool holder and pull stud |
|
1. The adaptability and flexibility of parts processing are strong, and it can process parts with particularly complex contour shapes or difficult to control dimensions, such as mold parts, shell parts, etc;
2. Capable of processing parts that cannot be processed by ordinary machine tools or are difficult to process, such as complex curved parts described by mathematical models and three-dimensional curved parts;
3. Parts that require multiple processing steps after being clamped and positioned once can be processed;
4. High machining accuracy, stable and reliable machining quality, the pulse equivalent of the CNC device is generally 0.001mm, and high-precision CNC systems can reach 0.1 μ m. In addition, CNC machining also avoids operator errors;
5. The high degree of production automation can reduce the labor intensity of operators. Beneficial for production management automation;
6. High production efficiency, CNC milling machines generally do not require the use of specialized fixtures or other specialized process equipment. When replacing workpieces, only the processing program, clamping tools, and tool data stored in the CNC device need to be called, greatly shortening the production cycle. Secondly, CNC milling machines have the functions of milling machines, boring machines, and drilling machines, which highly concentrate the process and greatly improve production efficiency. In addition, the spindle speed and feed rate of CNC milling machines are both infinitely variable, which is beneficial for selecting the optimal cutting parameters;
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