The high assembly linear guide rail is a four column single arc tooth contact linear guide rail, which integrates a more optimized structural design of a heavy-duty precision linear guide rail. Compared to other linear guide rails, it improves the load and rigidity capabilities. It has the characteristics of equal load in four directions and automatic centering function, which can absorb assembly errors on the installation surface and achieve high-precision demands. The concepts of high speed, high load, high rigidity, and high precision have become the trend of industrial product development worldwide in the future.
The low assembly linear guide rail is designed with four rows of steel balls to withstand loads, giving it high rigidity and high load characteristics. At the same time, it has four directional load characteristics and automatic centering function, which can absorb assembly errors on the installation surface and achieve high-precision demands. In addition, reducing the combination height and the length of the short sliding block makes it very suitable for use in small equipment with high speed automation industry machinery and space requirements.
High-precision linear guide rails have a number of characteristics that make them an advantageous machine component. These include high precision, strong wear resistance, smooth motion, and long service life.
High precision linear guide rails are manufactured with advanced production technologies and precision machining. This allows for it to produce highly precise and stable repeated positioning accuracy, thus meeting the high-precision requirements of precision machining and ensuring machining quality.
Their surfaces are made of hard materials or high-strength steel, making them resistant to both wear and corrosion. This allows them to be used in harsh work environments and have a stable operation.
When it comes to motion, they use either ball or slider motion, giving them the property of smooth motion and small starting torque. This allows them to meet the requirements of high-speed and high-frequency motion while also significantly improving the processing efficiency.
To extend their service life, they use high-quality bearings that have been specially treated. This not only allows them to have a long service life but also emit very low noise. This helps reduce maintenance costs and improve production efficiency.
|Temperature Range||Max. 100℃|
|Installation||Up Locked And Lower Locked|
|Oil scraper friction||0.2kgf--0.68kgf|
|Oil nozzel position||Front Or Rear,optional|
|Advantage||Reduce Production Cost|
|Ball linear guideway||Yes|
|Lengthen sliding block||Yes|
|High assembly guide block||Yes|
Linear guides are widely used in a variety of fields, such as robotic, CNC machine tools, precision instruments, and automated production lines. These can be used in special circumstances, which requires high-precision and precise linear motion control.
In the area of robotics, linear guides can ensure the accuracy and stability of the robot's motion. For CNC machine tools, they can enhance the accuracy and stability of motion, as well as improve the machining efficiency and product quality. In precision instruments, linear guides can ensure precise positioning and consistent motion control, assuring the accuracy and stability of the instrument. For automated
production lines, the use of linear guides can increase efficiency, decrease equipment maintenance fees, and improve the overall quality.
We provide customized linear guide rail services that are designed for upside locked linear motion guideway. Our linear guide rail is made with square ball transmission guideway that features oil scraper friction ranging from 0.2kgf to 0.68kgf. The lubrication is provided through oil nozzel and grease and it can be customized to any length with an accuracy of 0.01mm.
We provide a comprehensive range of technical support and service for Linear Guide Rail, from initial design, through installation and commissioning to long-term maintenance.
Send your inquiry directly to us