CNC machining centers are sophisticated machine tools with integrated automation, compound machining, versatility, and high speed. The VMC vertical machining center is a versatile and rugged machine that handles complex machining operations. The advanced models of CNC vertical machining centers feature sophisticated technology, which allows it to machine parts with the tightest tolerances. Furthermore, it enhances uptime and is typically customizable to meet your part’s specifications. 4/5 axis Vertical machine centers have high speed and deliver excellent quality.
Machine parameter
CNC vertical machining center can be applied in machinery manufacturing industries with high precision and mass production requirements, such as aerospace, automobile, instrumentation, light and textile, electronic and electrical, mold making, military products, handicrafts, etc. Vertical Machining Center is suitable for processing workpieces with complex shape, high accuracy & precision and multiple procedures.
Advantages of VMC (Vertical Machining Center)
The structural design of VMC allows much better visibility while working on these machines. The design can make the operators much more easily to catch and avoid any potential problems during the milling process. The user-friendly CNC controls make programming simple, and the design of the machine makes the workpieces fixture more easily; therefore, operators would spend less time on setup and programming.
Comparing with other types of machining center, such as horizontal machining center, vertical machining center occupies only about 1/3 floor space. Because VMC could save lots of space, CNC vertical machining center is ideal for small companies.
High productivity refers to doing work in the shortest possible time without sacrificing of quality and with minimum use of resources. Automation integration boosts the productivity of a VMC by decoupling setup procedures from the machining process through automation.
Compare to horizontal machining center, vertical machining center is much cheaper. The initial investment is lower than horizontal and you can save costs in your production as well.
Compare to horizontal machining center, vertical machining center is much cheaper. The initial investment is lower than horizontal and you can save costs in your production as well.
PARAMETER | |||
| MODEL | UNIT | JDP1890 | |
CONTROLLER | NC | SET | MITSUBICHI/FANUC |
| TOTAL AXIS | AXIS | 3 | |
TABLE | TABLE SIZE | MM | 1050*500 |
| TABLE LOAD | KG | 700 | |
| T-SLOT | MM | 5-18*90 | |
TRAVEL | X AXIS | MM | 800 |
| Y AXIS | MM | 500 | |
| Z AXIS | MM | 500 | |
SPINDLE | SPINDLE TAPPER | MM | BT40 |
| MAX.SPINDLE SPEED | RPM/MIN | 8000/10000 | |
| SPINDLE DRIVEN TYPE | TYPE | belt type | |
| SPINDLE CENTER TO MACHINE SPINE | MM | 525 | |
| SPINDLE END FACE TO TABLE | MM | 135-635 | |
GUIDE RAIL | X/Y/Z AXIS BALL SCREW | MM | 4010/4010/4010 |
| X/Y/Z AXIS GUIDE RAIL | BOX RAIL | ||
MOTOR | X/Y/Z AXIS MOTOR CONNECT TYPE | TYPE | direct |
| SPINDLE MOTOR | KW | 7.5 | |
| X/Y/Z AXIS SERVO MOTOR | KW | 3/3/3 | |
| COOLANT PUMP MOTOR | W | 750W | |
FEEDING RATE | X/Y/Z WORKING RATE | M/MIN | 10/10/10 |
| X/Y/Z RAPID SPEED | M/MIN | 15/15/15 | |
POWER/AIR PRESSURE | AIR PRESSURE | KG/CM² | 6kg/cm² |
| POWER SUPPLY | kva | 20kva | |
ACCURACY | POSITIONING ACCURACY | MM | ±0.005/300 |
| REPOSITIONING ACCURACY | MM | ±0.005/300 | |
SPEC | NET WEIGHT | T | 5 |
| DEMENSION | MM | 2500*2400*2700 | |
