When the screw (nut) rotates, the nut is in a closed loop, and the screw is in an open loop. During the cycle, the nut (screw) is fixed on the equipment, and the nut will move along the raceway of the screw. Relative movement is generated, which will drive the components to move at the same time as the movement. Here is an introduction to the transmission principle of the T-shaped screw.
　　1, the driving torque is 1/3 compared with the sliding screw pair
　　There are a lot of balls in the rolling motion between the screw shaft of the screw and the nut, so higher motion efficiency can be obtained. Compared with the past sliding screw pair, the driving torque is less than 1/3, that is, the power required to achieve the same motion result is 1/3 of the use of the rolling screw pair. Very helpful in terms of power saving.
　　2, the guarantee of high precision
The screw rod is continuously produced with high-level machinery and equipment, especially in the factory environment of grinding, assembly, and inspection. The temperature and humidity are strictly controlled, and the accuracy is fully guaranteed due to the perfect quality management system. .
　　3, micro-feed is possible
　　 Because the screw uses ball motion, the starting torque is very small, and there will be no crawling phenomenon like sliding motion, and it can ensure the realization of accurate micro feed.