The MV series is a flagship with unmatched machining performance. It is specially designed to exhibit optimal structure, high rigidity and high accuracy. In addition, its wide range of machining, powerful spindle motor as well as flexible machining capabilities make it ideal for upgrading industry.
1. The optional bed construction design is able to resist inertia generated by high "G" with maximum stability.
2. The short nose spindle presents outstanding rigidity. It also may increase efficiency while lowering tool wear.
3. Pneumatic counter-balance on Z-axis.
4. Front side chip exhaust with optimal chip exhausting angles and extra large chip flushing rate.
• The entire series of machine employs Taiwan master tool magazines.
• The tool pockets are manufactured from aluminum alloy and T6 treated for maximum durability.
• Front mounted air cylinder enables repair or maintenance to be accomplished in only 10 minutes.
The short spindle nose design allows the spindle motor to fully develop transmission efficiency. As a result, machining accuracy is upgraded and spindle life is extended.
The silent ball screws and linear guide ways on three axes feature high rigidity, low noise, low friction and high sensitivity, providing an increase in machining speed and accuracy.
The Z-axis is designed with no counter-balance weight in combination with servo motor drive with brake to improve Z-axis drive performance. Therefore, high speed and better surface finish can be achieved.
Fully enclosed guards ensure smooth movement at high speed and low noise. The guards isolate coolant and chips and provide a protection for linear ways and ball screws for extending their service life.
The coolant jets around spindle device employs 4 coolant nozzles around the spindle, that provides the best cooling effect to the tool and the workpiece resulting in better machining quality.
With the direct-drive design, the motor is directly coupled to the spindle. This feature may eliminate noise and backlash problems usually occured on a belt-drive or gear-drive system, while providing a full-power rotation.
The spindle head is a symmetrical design to reduce thermal deformation due to temperature difference.
Floating type spindle tool knocking design prevents tool knocking force from directly exerting on the bearings, that results in extended bearing life.
The machine is equipped with a collision protection device which can absorb and reduce the collision force. The machine accuracy is still maintained if any axis malfunction happens.
Cutting tank capacity of 200L, cutting calories can be quickly discharged.
Tank design uses door type, and placement of the rear side of the machine, saving space.
Model |
MV-1685 |
Control unit |
MITSUBISHI-MELDAS M70B / FANUC OiMD |
Travel |
|
X-axis travel |
1600 mm |
Y-axis travel |
850 mm |
Z-axis travel |
800 mm |
Spindle nose to table |
150~950 mm |
Spindle |
|
Type of spindle |
BT-40 |
Spindle transmission |
Gear Head |
Spindle R.P.M. |
6,000 rpm |
Spindle motor |
15 kw |
Feed |
|
X/Y/Z rapid traverse |
20 / 20 / 15 M/min |
Three axes transmission method |
Direct drive |
Cutting feed rate |
1~10,000 mm/min |
Table |
|
Table size |
1700 x 800 mm |
T-slot (WxNo.xPitch) |
22 x 5 x 160 mm |
Table loading capacity |
2000 kg |
A.T.C. |
|
Tool selection method |
ARM type |
No. of tools |
24 / 32 pcs |
Max. tool weight |
18 kgs |
Miscellaneous |
|
Coolant tank capacity |
300 L |
Max. machine weight |
10,450 kg |
Machine size (LxWxH) |
4550 x 4000 x 4000 mm |
Air pressure |
6 kg |
Power requirement |
35 KVA |
• Design and specification are subject to change without prior notice. |