Ball Screw Linear Guide Actuator

Ball Screw Linear Guide Actuator is a precision electromechanical integrated device that integrates transmission and guidance functions. By combining the efficient transmission characteristics of ball screws with the precise guidance characteristics of linear guides, it provides high-precision and high stiffness linear motion solutions for industrial automation, precision machining and other fields.

Ball Screw Linear Guide Actuator has broken through the performance bottleneck of traditional transmission guidance systems through functional integration and technological innovation. It not only simplifies the complexity of mechanical design, but also achieves a balance between accuracy, speed, and load capacity. With the upgrading of demand for precision motion control in intelligent manufacturing, Ball Screw Linear Guide Actuator is becoming a core basic component of high-end equipment manufacturing industry, promoting the development of industrial automation towards high precision and high reliability, and providing key technical support for strategic emerging industries such as semiconductors, new energy, aerospace, etc.

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Here, we introduce Ball Screw Linear Guide Actuator, TMSL200-CM with data as follows:

Typical application scenarios of Ball Screw Linear Guide Actuator:

Industrial automation equipment: As the core executing component of X/Y/Z axes in high-precision CNC machine tools (such as machining centers and precision grinders), it ensures micrometer level feed accuracy of cutting tools or workbenches, and improves the quality of complex surface machining; Realize high-speed and highly repetitive material handling in the transplanting and sorting equipment of automated production lines. ​

Semiconductor and electronic manufacturing: precision positioning platform for lithography machines and wafer cutting machines, meeting nanometer level precision requirements; In the SMT and dispensing machines of the 3C product assembly line, it supports fine operations at the 0.01mm level to ensure precise assembly of small components. ​

Medical and Aerospace: The joint drive system of surgical robots utilizes its low vibration and high response characteristics to achieve millimeter level precision surgical operations; In aerospace testing equipment, it is used to simulate high-precision displacement loading of aircraft components to ensure the accuracy of reliability test data. ​

Precision testing instruments: Coordinate Measuring Machines (CMM) and image measuring instruments' guide rail feed systems rely on their high stiffness and low deformation characteristics to ensure accurate measurement of complex workpiece geometric parameters. ​