Industry Information

1. Definition A Trapezoidal Screw (Trapezoidal Lead Screw) is a mechanical component used to convert rotary motion into linear motion. It features a trapezoidal thread profile, which provides better load distribution and efficiency compared to square threads while being easier to manufacture than ball screws. 2. Key Features 3. Types of Trapezoidal Screws (1) Metric Trapezoidal Screw […]

Technological innovation and industry outlook of ball screw support seats With the development of industrial automation, ball screw support seats continue to innovate in materials, design and intelligence: 1.Lightweight design: using high-strength aluminum alloy to reduce weight while maintaining rigidity. 2.Integrated sensor: real-time monitoring of bearing temperature and vibration to achieve predictive maintenance. 3.Low friction

Characteristics and applicable fields of different ball screw support seats Based on the structure and function, ball screw support seats can be divided into the following types: Fixed end support seat (with angular contact bearing) Features: high rigidity, can withstand bidirectional axial force. Application: CNC machine tools, precision machining equipment. Support end (free end) support

Maintenance points to extend the life of ball screw support seat The performance of ball screw support seat will be affected by wear, contamination or poor lubrication during long-term use. Regular maintenance can significantly extend its service life. Maintenance recommendations： Regular lubrication: Depending on the frequency of use, add grease (such as lithium-based grease) every

Correctly install the ball screw support seat to ensure long-term stable operation of the equipment The installation quality of the ball screw support seat directly affects the accuracy and life of the transmission system. The following are key points to note during installation: Installation steps: Cleaning and inspection: Ensure that the installation surface is free

With its excellent performance, ball screws are widely used in occasions that require precise linear motion: CNC machine tools: X/Y/Z axis feed drive of machining centers, lathes, milling machines, and grinders. Semiconductor manufacturing equipment: Precision positioning platforms in lithography machines, wafer cutting machines, and packaging equipment. Industrial robots: Joint drives, linear motion modules. Electronic manufacturing

Compared with sliding screws and other linear transmission methods, ball screws have incomparable advantages: High efficiency: The transmission efficiency is as high as 90% or more (sliding screws are usually less than 50%), which means smaller driving torque and lower energy loss, significantly saving energy and reducing motor load. High precision and high rigidity: The

In the fields of modern industrial automation, precision machine tools, semiconductor equipment, medical equipment, etc., ball screws play a vital role as key transmission elements that convert rotary motion into precise linear motion. Their excellent performance and reliability are the core guarantee for improving equipment accuracy, efficiency and life. Ball screw: working principle and core

Linear guides use balls and rollers for transmission. Their advantages are high precision, large load and torque. Many linear guides are made of 55# steel and chrome bearing steel, such as GCr15. Carburized bearing steel, such as G20CrMo, can also be considered. Linear guides are easy to install and interchange. They use precision processing technology,

Micro Guide Rail Due to the vigorous development of the global semiconductor machinery and equipment industry, the electronics industry and its surrounding industries, the industry has higher and higher functional requirements for the miniaturization and high density of products. Because of the current micro guide rails, the smallest linear guide rail slide has a width