Precision Rolled Ball Screws

Machine tools are the important equipment in the manufacturing process of mechanical parts. One of its equipment structures is Ball Screws and Linear Motion Parts. As the requirements of processing parts become more precise, the accuracy requirements for equipment parts are also higher. High-precision Ball Screws and Linear Motion Parts can meet these requirements. The following are the typical applications of our Precision Ball Screws and Linear Actuator parts in the machine tool industry.

The safety, hygiene and reliability of equipment used in the medical field need to be firmly guaranteed during long-term use. Our Miniature Ball Screw provide a good solution for the Linear Motion Parts required medical equipment. Medical equipment is expensive with a long operating life and high after-sales technical service requirements, which puts forward very demanding requirements for parts suppliers. Our Precision Ball Screws and Roller Screw Actuators can ensure the stable operation and good maintenance of the equipment throughout its life cycle, thereby meeting the stringent requirements of the medical equipment industry for continuous, efficient and safe operation of equipment. The following are typical applications of our Miniature Ball Screw in the medical devices industry.

Semiconductors refer to materials whose conductivity at room temperature is between conductors and insulators. Semiconductors are used in integrated circuits, consumer electronics, communication systems, photovoltaic power generation, lighting applications, high-power power conversion and other fields. As an important transmission component, our Miniature Ball Screws are widely used in semiconductor equipment. Semiconductor equipment usually requires high Motion control with precision, high speed, and high reliability, and our Precision Ball Screws can just meet these requirements. Its main function is to convert rotational motion into linear motion to adjust the position of the workbench or mechanical arm. 

Our Planetary Roller Screws have very excellent applications in the aerospace field which are characterized by the high precision, high efficiency, high rigidity, and long life as an efficient, energy-saving, high-precision transmission and positioning component. With its precise linear positioning and motion control capabilities, it gives intelligent manufacturing equipment high-speed and efficient transmission capabilities, thereby easily achieving high efficiency and high precision requirements in the aerospace field. The following are typical applications of our Ball Screws and linear guides in the aerospace industry.

Here in Kezhen ,we are a top supplier of Precision Ground Ball Screws that have grown up in China that are committed to providing personalized solutions to customers from different industries around the world. You will be deeply impressed by our reliability, efficiency.Therefore, please contact us for further professional requirements.

Precision Rolled Ball Screws are the transmission elements that convert rotary motion into linear motion or vice versa. They combine positioning, reversibility, and high efficiency, and are widely used in CNC machine tools, medical equipment, semiconductor equipment, aerospace, and other fields. .

We are an excellent supplier of High-Load Ball Screws in China. Our high load ball screws are designed with special thread forms and optimized nut configurations, which can support large axial loads and provide smooth and efficient motion with minimal friction, ensuring precise and safe motion control in large mechanical equipment.

High-Speed Ball Screws are one of the common transmission parts that quickly convert rotary motion into linear motion，which have two common methods: internal circulation and external circulation.By using a ball bearing system, these high-speed ball screws greatly reduce friction and achieve fast and efficient movement. As a top global B2B solution provider, our High-Speed Ball Screws are widely used in industrial fields that require extremely high speed and precision, such as automated assembly lines, robots, and CNC machine tools.