Drilling and Milling Machining

MT50B Tool Changer
MT50B has reliable performance and low noise in the tool change, suitable for the system of rapid tool change, with simple structure convenient to maintain.

 

High-accuracy Ballscrew, Linear Guideway and Coupling
X/Y/Z axes utilize high-accuracy ballscrew, high-rigidity and high-positioning-accuracy guiderail and SFC coupling, ensuring better torsional rigidity, small inertia, and zero backlash to meet the requirement for high-speed running, maximum accelerating speed of 2.0G, and maximum rapid speed of 48m/min.

High-speed Spindle Motor
Japanese Mitsubishi spindle motor with fine performance, equipped with high-precise and high-precision bearings, achieves high speed and low vibration effect, maximum rotation speed reaching 12000rpm.

Cooling System
Big coolant tank and high-power cooling motor can supply enough cutting liquid during machiningprocess, pull-out type coolant tank saves room, convenient to clean chips, and 4 filters effectively avoid chips into cooling pump.

High Speed, High accuracy, High Rigidity and High Efficiency
Pre-reading several segments makes the program, formed by continuous minute
displacement, perform high-speed machining at the rate of 33.7-k segment/min. (Maximum Type B of 8.4-k segment/min)

 

High-accuracy Control Function
Carry out the corrections at the connection corner of lines, improving the circle action andconducting interpolation control according to the instructions. The instruction produced by arcaction decreases the inward errors to make the morphological track control closer to the programmed value.

NANO Control- Increase in Operational Precision of Interpolation
Even if the instruction is for 1-micrometer machining program, it can also
proceed interpolation operation in nanometer, smaller space for higher
operation accuracy of program segment intersection.

Shorter Positioning Time
Conducting the maximum torque deceleration can perform spindle positioning in
the shortest time, further saving startup time.

Preventing Spindle Case from Fall Down Caused by Outage
The power supply unit instantaneously monitors the outage and pulls up the
spindle case to avoid crashing work-pieces.

Tapping Fallback Function
Because of the E-STOP or power-cut, the machining
program suddenly pauses in tapping operation, but
automatic tool retracting from workpieces can still be
achieved after restart.