- Home
- Products
- Video
- Blog
- Projects
- Quality Control
- About ALM
- News
- Support
- Contact Us
Views: 1 Author: Site Editor Publish Time: 2025-08-06 Origin: Site
The most basic application of ball screw is to convert the rotating motion of the motor into linear motion efficiently. With the characteristics of high precision, high efficiency and low friction, ball screw also plays a key role in many fields.
1. Ball screws, renowned for their high-precision transmission capabilities, are widely used in equipment requiring precise positioning control such as CNC machine tools, printers, and automated assembly lines. Their low-noise operation and extended lifespan further enable their extensive application in medical devices and precision measurement instruments. When integrated with motors and control systems, ball screws enable automated operations, finding broad applications in robotics and automated production lines.
Application area | Specific application scenarios | Function description |
Industrial automation | Precision machine tools (lathes, milling machines, grinding machines, etc.) | Drive the worktable, tool holder and other components to feed straight to ensure the dimensional accuracy and surface finish of the processed parts |
Automatic production line,automatic line | Control the precise movement of conveying mechanism, positioning device, etc., to realize accurate material transmission, assembly or detection | |
Industry robot | It is used for arms, joints and other parts to realize precise straight-line motion control and ensure high-precision operations such as grasping and welding | |
Precision instrumentation | Measurement instruments (coordinate measuring machine, laser interferometer, etc.) | Drive the measurement probe to move to ensure the accuracy and repeatability of the measurement |
Medical equipment (CT machine, nuclear magnetic resonance equipment, precision surgical instruments, etc.)
| Realize the precise movement of hospital beds, detector positioning, etc., to ensure the accuracy of medical diagnosis and treatment |
2. The design of ball screw allows it to operate at high speed, suitable for high-speed trains, aircraft and other places that need fast linear motion.
Application area | Specific application scenarios | Function description |
Transportation | Automobile making | It is used in welding robots, assembly manipulators, and high-end automotive electric power steering systems and seat adjustment mechanisms |
Rail transit (subway, high-speed rail) | It is used in door drive system and brake system to realize accurate linear motion control and ensure driving safety | |
Aerospace | Spacecraft (satellites, etc.) | In solar sail panel drive device, unfolding mechanism, etc., high precision linear motion can be achieved in extreme environment |
Aviation equipment (aircraft, etc.) | It is used for landing gear adjustment mechanism, cabin door control device, etc., to achieve accurate action control and ensure flight safety |
3. In summary, ball screw technology finds extensive applications spanning precision manufacturing in industrial production, accurate medical diagnostics, safe ground transportation systems, and space exploration equipment. Serving as the core transmission mechanism, it provides essential support for achieving high-precision linear motion control in modern precision engineering, advanced manufacturing, and cutting-edge technological fields. The performance of ball screws directly determines the accuracy, efficiency, and reliability of related equipment.
Welcome to contact us for more videos!