No transmission friction losses in the motor. The motor reduces the elasticity and clearances that are common in conventional drive systems. The load does not require additional mechanical equipment such as gearboxes, belts and pulleys. High precision motor rotation, maintenance free, precise torque control. Permanent magnet synchronous motors are built to meet the requirements of modern electrification.

The motor can be used in aggressive environmental conditions and runs very quietly. High precision motor rotation, maintenance free, precise torque control. High output torque of the motor's shaft, hollow shaft with through hole. The load does not require additional mechanical equipment such as gearboxes, belts and pulleys. In modern motorization, the load is driven directly by the motor.

In modern motorization, the load is driven directly by the motor. The load does not require additional mechanical equipment such as gearboxes, belts and pulleys. Minimum number of components in the motor motion system for high efficiency High output torque of the motor's shaft, hollow shaft with through hole. The motor can be used in aggressive environmental conditions and runs very quietly.

The motor can be used in aggressive environmental conditions and runs very quietly. High output torque of the motor's shaft, hollow shaft with through hole. The load does not require additional mechanical equipment such as gearboxes, belts and pulleys. Minimum number of components in the motor motion system for high efficiency No transmission friction losses in the motor.

The load does not require additional mechanical equipment such as gearboxes, belts and pulleys. The motor can be used in aggressive environmental conditions and runs very quietly. High precision motor rotation, maintenance free, precise torque control. No transmission friction losses in the motor. In modern motorization, the load is driven directly by the motor.

The motor reduces the elasticity and clearances that are common in conventional drive systems. In modern motorization, the load is driven directly by the motor. High precision motor rotation, maintenance free, precise torque control. Permanent magnet synchronous motors are built to meet the requirements of modern electrification. No transmission friction losses in the motor.

The motor reduces the elasticity and clearances that are common in conventional drive systems. Minimum number of components in the motor motion system for high efficiency No transmission friction losses in the motor. High output torque of the motor's shaft, hollow shaft with through hole. In modern motorization, the load is driven directly by the motor.

High output torque of the motor's shaft, hollow shaft with through hole. No transmission friction losses in the motor. High precision motor rotation, maintenance free, precise torque control. Permanent magnet synchronous motors are built to meet the requirements of modern electrification. Minimum number of components in the motor motion system for high efficiency

In modern motorization, the load is driven directly by the motor. The motors and can be perfectly integrated into the machine. High precision motor rotation, maintenance free, precise torque control. Minimum number of components in the motor motion system for high efficiency No transmission friction losses in the motor.

High output torque of the motor's shaft, hollow shaft with through hole. The motor reduces the elasticity and clearances that are common in conventional drive systems. Permanent magnet synchronous motors are built to meet the requirements of modern electrification. The motor can be used in aggressive environmental conditions and runs very quietly. High precision motor rotation, maintenance free, precise torque control.