
High productivity is achieved through process-intensive machining and simple-to-operate space-saving robots
POINT 01
- The number of setups and workpiece transportations between processes are reduced through process-intensive machining
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- A sub-spindle is used to complete process 1 and 2 on one machine.
- The number of setups and workpiece transportations between processes are minimized to reduce labor and chucking errors.

POINT 02
- Space-saving automation is achieved by combining a machine tool with a built-in robot
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- Robot installed in the machining chamber automates loading and unloading of parts.
- A movable workpiece stocker is installed in the front of the machine.
- The stocker fits within the operator area, enabling automation to be done in the same space as when the robot is not used.

POINT 03
- Robot operation is easy even for operators who do not have experience with working with robots
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- By simply teaching the start an end points, the NC automatically generates a collision-free path.
- The robot can be easily operated using the machine tool's pulse handle.
