SNLThe screw jack and worm screw jack are mainly characterized by high efficiency, easy adjustment of the reduction ratio, ease of installation and use, compactness, light weight, a wide range of power sources, low noise, multiple functions, and high reliability. This series features an automatic locking function, capable of accurately controlling and adjusting the lifting or advancement height according to a program. The structural forms are diverse, and the lifting height can be customized to meet user requirements..

This lift table synchronizes the lifting of the base plate through corner rotation, and connects it using four-point, six-point, and twelve-point motion chains to lower the base plate height, reducing motion errors. Additionally, the flat lifting feature allows for direct and rapid performance, saving space, increasing production output, and ensuring higher quality stability.

Screw jack, also known as a spiral drive mechanism, is primarily used to convert rotational motion into linear motion or vice versa. It is designed for the transmission of energy.(Spiral presses and jacks, etc.)Also, there are those primarily focused on transmitting motion, such as the feed screw of machine tool worktables.)There are also spiral drive mechanisms that adjust the relative positions of parts. Screw jack lifters come in sliding friction and rolling friction types. The sliding screw and nut mechanism is simple in structure, easy to process, low in manufacturing cost, and features an automatic locking function; however, it has a high friction torque and low transmission efficiency.(30％～40％)Ball screw nut mechanism, despite its complex structure and high manufacturing cost and inability to self-lock, boasts the advantages of low friction torque and high transmission efficiency.(92％～98％)High precision, good system rigidity, reversible motion, long service life, widely used in mechatronic systems. Screw jack mechanism1Principle of Operation: Screw Thread4With nuts1The threaded grooves are fitted with ball bearings.2As the screw or nut turns2As the screw thread raceway rolls, rolling friction occurs between the screw and nut during relative movement. To prevent the ball from rolling out of the raceway, return guiding devices are installed at both ends of the nut's helical groove.3They form a closed loop with the threaded raceways, allowing the ball bearings to circulate within the nut's raceway. The transmission type varies depending on the combination of relative motion between the screw and nut. The basic transmission types of screw jacks include four types.(1)Nut fixation, screw rotation and movement; this type of transmission is simple in structure and achieves high transmission accuracy due to the nut itself acting as a support, eliminating additional axial movement that might be caused by screw shaft bearings. However, its axial size should not be too long, as it would reduce rigidity. Therefore, it is only suitable for applications with shorter strokes.(2)The screw rotates, and the nut moves. This type of transmission requires the nut's rotation to be restricted, thus necessitating a guiding device. Its features include a compact structure and good screw rigidity. It is suitable for applications with a large working travel.