Compared to sliding lead screw pairs, the driving torque is 1/3: The ball screw shaft and nut of ball screws are equipped with many balls that roll, thus achieving higher motion efficiency. Compared to the sliding lead screw pairs of the past, the driving torque is reduced to 1/3, meaning the same motion results require only one-third of the power when using the ball screw pair. This is highly beneficial in terms of energy saving.
2. The ball screw is produced using state-of-the-art machinery from Japan, ensuring a continuous production process. The factory environment for machining, assembly, and inspection strictly controls temperature and humidity, with a comprehensive quality management system fully guaranteeing precision.

3. Micro feed capability: Due to the use of ball screw movement, the starting torque is very low, thus avoiding the crawling phenomenon typical of sliding motion, ensuring the achievement of micro feed.

4. Seamless, High Rigidity: Ball screw can be preloaded, as the preload can achieve a negative axial clearance, resulting in higher rigidity (by applying preload to the ball within the ball screw, the rigidity of the nut is enhanced due to the repulsive force of the balls when used in mechanical devices, etc.).

5. High-speed Feeding Possibility: Due to minimal heat generation, ball screw can achieve high-speed feeding movement.