Advantages and Features
High load-bearing capacity
The heavy-duty guide rail adopts high-strength materials and precision machining technology, which can withstand large radial, axial, and moment loads, and is suitable for use in heavy-duty equipment scenarios.
High precision and stability
The surface of the guide rail is precision ground and processed, combined with high-precision ball or roller sliders, to ensure high precision and stability during movement, reducing vibration and noise.
Long lifespan and durability
Using high-quality steel and surface hardening treatment, it has excellent wear resistance and corrosion resistance, extending the service life of the guide rail.
modular design
The heavy-duty guide rail adopts a modular design, making installation and maintenance more convenient. The length and configuration can be flexibly adjusted according to actual needs.
Multiple sealing designs
Equipped with multiple sealing structures, it effectively prevents dust, debris, and liquids from entering, ensuring stable operation of the guide rail in harsh environments.
Application scenarios
Industrial Automation
Used for automated production lines, robotic arms, handling equipment, etc., providing high-precision, high load linear motion support.
heavy machinery
Suitable for heavy machinery such as cranes, excavators, and port equipment, meeting high load-bearing and durability requirements.
CNC machine tool
In CNC lathes, milling machines, grinders and other equipment, heavy-duty guide rails can ensure machining accuracy and stability.
rail transit
Key components such as door systems and bogies used in subway, high-speed rail and other rail transit equipment.
Other areas
Fields that require high precision and high load, such as aerospace, medical equipment, and energy equipment.
Instructions for Use
Pre-installation check
Ensure that the surface of the guide rail and slider is free of damage and impurities, and that the installation surface is flat and clean.
Installation steps
Fix the guide rail on the installation surface and adjust it to horizontal using a spirit level.
Install the slider and ensure that it fits well with the guide rail without any jamming.
Use a torque wrench to tighten the fixing bolts according to the instructions.
lubricating maintenance
Regularly add lubricating grease to the guide rail and slider to ensure smooth movement.
Check if the sealing structure is intact and promptly clean the dust and impurities on the surface of the guide rail.
Load and speed control
Avoid overloading or overspeeding during use to avoid affecting the life and accuracy of the guide rail.
Common problems and solutions
The guide rail movement is not smooth
Check for foreign objects entering the guide rail and slider, clean and re lubricate.
Confirm if the installation surface is flat and readjust if necessary.
The guide rail produces noise or vibration
Check if the lubrication is sufficient and add lubricating grease in a timely manner.
Confirm if the slider is damaged and replace it if necessary.
Rust or corrosion on the surface of the guide rail
Ensure that the surface of the guide rail is clean and dry, and avoid contact with corrosive liquids.
Regularly inspect the sealing structure and replace the sealing components if necessary.
Poor fit between slider and guide rail
Check if the dimensions of the slider and guide rail match, and confirm if they are original accessories.
Adjust the installation position again to ensure that the slider is parallel to the guide rail.
