Agile Adaptability
to Machines

Improved machining quality through high response control

Speed response frequency has been increased to 125% compared to conventional models. As gain can be increased, an immediate response to both commands and disturbances is possible, improving machining quality.

Improved positioning performance

Thanks to the industry’s highest* resolution, positioning performance is greatly improved with smooth movement to the target position and accurate stopping.

Increased output without changing the size of the motor

The MINAS A7 is smaller than conventional models, and the operation range has been expanded to 110%*2. By expanding output to the high speed range, equipment velocity has been improved without changing to a larger motor.

High precision with detailed command output

Minimum communication cycle is 1/2 that of conventional models. It can respond to the control cycle of controllers that are becoming ever faster, allowing for more detailed control.

Extending overload operation time

Reducing the heat generation of the motor extends operating time during overload by 1.9 times compared to conventional models. This contributes to the stable operation of equipment that operates for long periods of time in high-load areas, such as press machines and robots.

Further miniaturization and space saving

Both servo motors and amplifiers have been further miniaturized. The motors contribute to improved control performance by reducing the size, weight, and inertia of robots and equipment in which the motors are used.