Compared to sliding ball screw pairs, the screw shaft with a drive torque of 1/3 that of ball screw has numerous ball bearings in rolling motion between the screw shaft and nut, resulting in higher motion efficiency. Compared to past sliding ball screw pairs, the drive torque is reduced to 1/3, meaning the power required to achieve the same motion is only one-third when using the rolling ball screw pair. This is highly beneficial in terms of energy conservation.

2. The high-precision ball screw is produced using state-of-the-art machinery from Japan, ensuring a seamless production process. The factory environment, particularly in processes such as grinding, assembly, and inspection, is strictly controlled for temperature and humidity. Thanks to an impeccable quality management system, precision is fully guaranteed.

3. Micro feed mayball screw is driven by ball rolling, thus the starting torque is minimal, avoiding the creeping motion typical of sliding movements, ensuring the achievement of precise micro feeding.

4. Gapless, rigid ball screw shafts can be subjected to preload. This preload allows the axial clearance to reach a negative value, thereby achieving higher rigidity (by applying preload to the balls within the ball screw, the rigidity of the nut section is enhanced when used in mechanical devices, etc., due to the repulsive force of the balls).

5. High-speed feeding of ball screws is possible due to their high motion efficiency and low heat generation, thus enabling high-speed feeding (motion).