Advantages and Features
High precision guidance
The V-shaped guide rail adopts precision machining technology to ensure a smooth and flat surface, which can achieve high-precision linear motion and repeat positioning accuracy up to micrometer level.
High rigidity design
The V-shaped structure can effectively disperse loads, provide higher rigidity and torsional resistance, and is suitable for heavy-duty and high-speed application scenarios.
Low friction coefficient
The guide rail and slider are in rolling or sliding contact, with low friction coefficient, smooth movement, reduced energy loss, and extended service life.
Good anti pollution properties
The V-shaped guide rail design is usually equipped with a sealing device, which can effectively prevent pollutants such as dust and chips from entering, ensuring long-term stable operation.
Easy installation
The V-shaped guide rail adopts a modular design, which is easy to install and adjust, and can be quickly integrated into various mechanical equipment.
long lifespan
Made of high-quality materials such as high carbon steel or stainless steel, and subjected to heat treatment and surface hardening treatment, it has excellent wear resistance and corrosion resistance.
Application scenarios
CNC machine tool
Linear guidance for components such as spindles and workbenches to ensure machining accuracy and stability.
industrial robot
As a motion guiding component for joints and arms, it improves the positioning accuracy and motion efficiency of robots.
Precision measuring equipment
Guidance system for high-precision equipment such as coordinate measuring machines and optical measuring instruments.
Automatic production line
Linear motion guidance for equipment such as conveyor belts and assembly robots.
medical equipment
Plays an important role in high-precision medical equipment such as CT machines and X-ray machines.
Instructions for Use
Pre-installation check
Check the guide rail and slider for scratches, deformation, or damage, ensuring that the surface is clean and free of impurities.
Installation steps
Fix the guide rail on the base, ensuring that the installation surface is flat, and use a level to adjust the parallelism and straightness of the guide rail.
Install the slider and adjust the preload to ensure smooth movement without any jamming.
lubricating maintenance
Regularly apply specialized lubricating grease to reduce friction and wear, and extend service life.
Run test
After installation, conduct no-load and load tests to ensure smooth operation of the guide rail and no abnormal noise.
Common problems and solutions
Problem: The guide rail movement is not smooth
Possible reasons: uneven installation, excessive pre tightening force on the slider, or insufficient lubrication.
Solution: Adjust the installation accuracy again, check the pre tightening force, and add lubricating grease.
Problem: The surface of the guide rail is severely worn
Possible reasons: excessive load or poor lubrication.
Solution: Check if the load exceeds the rated value and strengthen lubrication and maintenance.
Problem: The slider is loose or detached
Possible reasons: The installation screws are not tightened or the pre tightening force is insufficient.
Solution: Retighten the screws and adjust the pre tightening force of the slider.
Problem: There is abnormal noise during the operation of the guide rail
Possible reasons: There are foreign objects or damaged sliders inside the guide rail.
Solution: Clean the inside of the guide rail, check if the slider is damaged and replace it.
