1. Guide rail base
The base of the guide rail is the foundation of the linear guide rail, usually made of materials such as iron and aluminum, with installation holes at the bottom for easy installation and fixation. In practical applications, the shape and size of the guide rail base are designed according to different usage needs and application locations.
A slider is a moving component on a guide rail, usually made of metal or plastic. Sliders are mainly divided into: ball type sliders, guide sliders, sliding sliders, etc. Different types of sliders have different characteristics and usage ranges.
3. Guide element
The guide component mainly consists of two parts, one is a guide block fixed on the slider, and the other is a guide groove fixed on the guide rail. The function of the guide element is to ensure that the motion trajectory of the slider does not deviate, and has good stability and accuracy during the sliding process.
4. Guide rail slider
The guide rail slider is a sliding component on the linear guide rail and also the core component of the linear guide rail. The quality and performance of the guide rail slider directly affect the effectiveness and lifespan of the linear guide rail. Usually, the ball sleeve and guide rail slider are used together, which not only improves the accuracy and rigidity of the guide rail, but also reduces the wear between the slider and the guide rail.
5. Steel ball
Steel balls are an important part of linear guides, which reduce friction while improving the accuracy and speed of the guide. The number and wear resistance of rolling balls are also one of the key performance indicators of linear guides.
1. High precision
Linear guides have very high accuracy and repeatability, ensuring work quality and production efficiency, and are widely used in manufacturing, testing, metrology and other fields.
2. High rigidity
The linear guide rail has very high rigidity and load-bearing capacity, which can withstand large forces and torques, ensuring the stability and reliability of the machine.
3. Long lifespan
The linear guide rail has a long service life and simple maintenance, which can effectively reduce maintenance costs and machine downtime, and improve production efficiency.
4. Low noise
The use of balls or sliders inside the linear guide rail can effectively reduce friction and noise to meet the needs of different working environments.
5. Strong adaptability
Linear guide rails have a wide range of adaptability and can meet the needs of different fields, places, and working conditions, with strong flexibility and customizability.
|Steel ball||Improving the accuracy and speed|
|Guide element||Guide block,guide groove|
|Function||Good stability and accuracy|
|Fuel supply rate||0.2cm³/hr--0.6cm³/hr|
|Shape||Flange And Square|
|Steel ball||Reduce friction|
|Shape and size||Designed according to different applications|
|Divided into||Ball type sliders, guide sliders, sliding sliders, etc|
|Application||Manufacturing Plant,Machine Center,textile Machinery/printing Machinery|
The application range of linear guides is very wide, mainly applied in the following aspects:
1. The transmission components on machine tools (such as CNC machine tools, tool machines, drilling machines, etc.) are used to ensure the high accuracy, speed, and rigidity of the machine tool.
2. The transmission components on precision instruments (such as measuring instruments, semiconductor equipment, laser equipment, etc.) are used to ensure the high accuracy and stability of the instrument.
3. The transmission components on medical equipment (such as medical robots, operating tables, etc.) are used to ensure the high flexibility and reliability of the equipment.
4. The transmission components on automated equipment (such as automated production lines, packaging lines, etc.) are used to ensure the high efficiency, precision, and reliability of the equipment.
In summary, the linear guide rail is a very important transmission component, and its composition structure is relatively complex, which needs to be designed and selected according to different application scenarios. Linear guides have the characteristics of high precision, high rigidity, long life, low noise, and wide adaptability, and are widely used in machine tools, precision instruments, medical equipment, and automation equipment.
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