Compact Ball Screw Linear Actuator

Compact Ball Screw Linear Actuator, is a device that efficiently converts rotational motion into linear motion, and is widely used in many fields that require high precision and spatial layout. ​

Its structural design is very exquisite, usually integrating stepper motors and ball screws into one, omitting components such as couplings, greatly reducing the overall size, and achieving a compact exterior design. For example, in TM's related products, the motor shaft is directly connected to the ball screw shaft, which significantly reduces the size of the product in the long side direction and effectively saves installation space. ​

Compact Ball Screw Linear Actuator has numerous advantages. In terms of accuracy, precision ball screws are used, and some products have a standard accuracy level of C3. With advanced driving systems, extremely high positioning accuracy can be achieved, which can meet the strict requirements of precision positioning in applications such as semiconductor equipment and optical instruments, ensuring accurate displacement and positioning during equipment operation. In terms of efficiency and lifespan, compared to ordinary feed screw types, the rolling friction of ball screws is much smaller than the sliding friction, greatly improving transmission efficiency while reducing wear and extending service life. Moreover, its driving method is mostly direct driving, reducing energy loss and transmission errors in intermediate links, further improving overall performance. In terms of design, the integrated structure reduces the number of components in the direct acting structure of the device, not only reducing assembly time, but also improving the overall reliability of the equipment and making maintenance easier. ​

You are welcome to watch more projects or visit our video gallery by Youtube: https://www.youtube.com/@tallmanrobotics

Here, we introduce Compact Ball Screw Linear Actuator, TMS170-CM with data as follows:

Compact Ball Screw Linear Actuator performs excellently. In the field of medical equipment, it is used for precise positioning and operation in surgical instruments, diagnostic equipment, and rehabilitation aids. In the field of semiconductor manufacturing, it can be used as a key axis driver for equipment such as wafer cutting machines and lithography machines, ensuring sub micron processing accuracy and improving the yield rate of chip manufacturing. In automated production lines, it can assist robotic arms in completing precise grasping and positioning tasks, improving production efficiency and product quality. In the field of precision instruments, such as measuring instruments, responsible for achieving precise displacement and positioning to ensure the accuracy of measurement results.