S300Xd2 / S500Xd2 / S700Xd2 Features

Increased Y-axis travel expands the range of target workpieces.

Bigger table expands the range of jig selection.

In addition to the standard 300 mm Z-axis travel, the 380 mm Z-axis travel can be selected.
The Z-axis travel and the distance between the table top and spindle nose end have been increased to secure ample machining area in the Z-axis direction and improve tool accessibility.
^* The Z-axis 380 mm spec. cannot be selected for the X300Xd2.

This is a compact drum type magazine that achieves high-speed tool change. The magazine can be selected from a 14-tool, 21-tool, or 28-tool magazine. The maximum tool weight is 4 kg.

^* The 28-tool magazine cannot be selected for the S300Xd2.

High-speed tool change has been achieved by faster and optimized spindle start/stop,
Z-axis up/down, and magazine operation. Tools up to 3 kg can be changed in the shortest time. Tools up to 4 kg can also be changed with minimal increase in time.

Estimates the inertia and unbalanced load of the tool loaded in the magazine, and sets the optimum value for the acceleration of the magazine axis. In addition, automatically updates the value to the estimated optimum acceleration, even during programmed operation.

Using a low inertia spindle and high acceleration/deceleration spindle motor has achieved faster spindle start/stop.

As the Z-axis moves frequently, the highest acceleration in its class has been achieved, contributing to reduction in cycle time.

The automatic door opening/closing speed has been improved, enabling significant reduction in setup time.

Wasted time has been reduced by simultaneously performing tool change and positioning X/Y and additional axes.

Load weight Is estimated by moving the table to set the optimal acceleration for the X/Y axes.

Equipped with an original measurement processing function that reduces the number of actual measurements by a touch probe according to the size of displacement.
This eliminates the need for warmup operation, minimizing effects on productivity to achieve highly accurate machining.

The standard motor specifications have been upgraded from the previous 10,000 min-1 to a newly developed 12,000 min-1. As spindle torque is maintained in the medium- and high-speed range, this achieves further reduction in machining time when performing highly efficient machining of aluminum or steel at high speed.

For 10,000 min-1 high-torque specifications (optional), the spindle bearing diameter has been enlarged to enhance rigidity.
The machine demonstrates its capabilities in a wide variety of machining applications, including heavy-duty machining of steel.

Enhanced spindle rigidity improves the wall squareness during side cutting and increases the cutting amount.

Equipped with a variety of functions, including tool center point control and submicron command, to achieve high-speed and highly accurate simultaneous 5-axis machining.

* Changing to the conversation language is not possible for the simultaneous 5-axis specifications (5AX).

Tool center point control

Processing speed of minute line segments

Productivity improvement

The number of discharge holes and the angle of these holes have been optimized　to significantly increase the discharge flowrate. This has resulted in a threefold ncrease in cleaning capacity, compared to the previous model.
When CTS is selected, coolant for tool cleaning is discharged from the CTS pump, consuming less air than air-assisted tool cleaning.

* When CTS is not selected, air-assisted tool cleaning is used

Chips caught between the spindle and the holder during ATC are detected without using a sensor. Detecting any chips caught during ATC prevents the outflow of　defects.