Yolla(wenzhou) Import and Export Co.,Ltd.

The EGH20 linear guides is a linear motion component designed for applications that require precision linear motion, are space-constrained, and emphasize lightweight design. Compared with the 15mm model, the 20mm guide is wider and can provide higher load capacity and rigidity, but it still belongs to the low-set category, that is, it is shorter in height to accommodate equipment with strict installation space restrictions. The following is a detailed introduction to the The EGH20 linear guides is a linear motion component designed for applications that require precision linear motion, are space-constrained, and emphasize lightweight design. Compared with the 15mm model, the 20mm guide is wider and can provide higher load capacity and rigidity, but it still belongs to the low-set category, that is, it is shorter in height to accommodate equipment with strict installation space restrictions. The following is a detailed introduction to the 20mm square low-set linear guide:

 

 

Square guide body: The guide cross-section is square or nearly square, with a width of 20mm and a low height. This design is designed to provide sufficient support surface to carry the load while maintaining a low profile for easy installation in a compact space. The guide rail is usually made of high-strength alloy steel and the surface is hardened to enhance wear resistance and reduce friction.

 

Slider unit: The slider that matches the guide rail has an internal integrated circulation system, which contains multiple rolling elements (such as steel balls or rollers) that roll on the guide rail through a precisely designed circulation path to achieve low-friction linear motion. The slider structure is compactly designed and can provide preload adjustment to ensure smooth and precise movement.

 

Circulation system: The closed circulation design ensures that the rolling elements work in a clean and lubricated environment, reducing wear and extending service life. The optimized design of the circulation path also ensures smooth circulation of the rolling elements and improves motion performance.

 

Mounting interface: There are multiple standardized mounting holes on both the guide rail and the slider, which are convenient for fixing from multiple directions to meet diverse installation requirements. The layout of the mounting holes takes into account versatility and flexibility, making the integration of linear modules more convenient.

 

 

High rigidity and load-bearing capacity: The wider 20mm design increases the cross-sectional area of ​​the guide rail, improves the rigidity and load-bearing capacity of the system, and is suitable for applications that need to carry heavier loads.

 

Compact and lightweight: Despite the enhanced load-bearing capacity, the low-profile design still maintains the lightweight and compactness of the module, which is suitable for applications with limited space.

 

High precision: Through precision machining and strict quality control, high-precision matching between the linear guide rail and the slider is ensured, providing high straightness and repeatability.

 

Low friction and long life: The circulation system design of the rolling element greatly reduces movement friction, improves efficiency, while reducing wear and extending the service life of the components.

 

Easy to install and maintain: Standardized design and simple installation methods simplify the integration process, and daily maintenance is also relatively simple, reducing the cost of use.

 

 

Precision machining: For example, the feed system of a small CNC machine tool requires high-precision linear positioning in a limited space.

 

Automation equipment: In assembly lines, handling robots, and testing equipment, it is used for precise material handling and component positioning.

 

Medical equipment: For example, the drive mechanism of surgical instruments and the sliding platform of image scanning equipment require precise, quiet, and stable linear motion.

 

Office automation: For example, the internal components of high-end printing equipment and precision scanners require fast and accurate paper transmission in a small space.

 

When selecting a 20mm square low-group linear guide, you should carefully evaluate and refer to the technical specifications provided by the manufacturer based on the actual application load, speed, accuracy requirements, and installation space conditions to ensure that the selected product fully meets the application requirements.

 

 

Square guide body: The guide cross-section is square or nearly square, with a width of 20mm and a low height. This design is designed to provide sufficient support surface to carry the load while maintaining a low profile for easy installation in a compact space. The guide rail is usually made of high-strength alloy steel and the surface is hardened to enhance wear resistance and reduce friction.

 

Slider unit: The slider that matches the guide rail has an internal integrated circulation system, which contains multiple rolling elements (such as steel balls or rollers) that roll on the guide rail through a precisely designed circulation path to achieve low-friction linear motion. The slider structure is compactly designed and can provide preload adjustment to ensure smooth and precise movement.

 

Circulation system: The closed circulation design ensures that the rolling elements work in a clean and lubricated environment, reducing wear and extending service life. The optimized design of the circulation path also ensures smooth circulation of the rolling elements and improves motion performance.

 

Mounting interface: There are multiple standardized mounting holes on both the guide rail and the slider, which are convenient for fixing from multiple directions to meet diverse installation requirements. The layout of the mounting holes takes into account versatility and flexibility, making the integration of linear modules more convenient.

 

 

High rigidity and load-bearing capacity: The wider 20mm design increases the cross-sectional area of ​​the guide rail, improves the rigidity and load-bearing capacity of the system, and is suitable for applications that need to carry heavier loads.

 

Compact and lightweight: Despite the enhanced load-bearing capacity, the low-profile design still maintains the lightweight and compactness of the module, which is suitable for applications with limited space.

 

High precision: Through precision machining and strict quality control, high-precision matching between the linear guide rail and the slider is ensured, providing high straightness and repeatability.

 

Low friction and long life: The circulation system design of the rolling element greatly reduces movement friction, improves efficiency, while reducing wear and extending the service life of the components.

 

Easy to install and maintain: Standardized design and simple installation methods simplify the integration process, and daily maintenance is also relatively simple, reducing the cost of use.

 

 

Precision machining: For example, the feed system of a small CNC machine tool requires high-precision linear positioning in a limited space.

 

Automation equipment: In assembly lines, handling robots, and testing equipment, it is used for precise material handling and component positioning.

 

Medical equipment: For example, the drive mechanism of surgical instruments and the sliding platform of image scanning equipment require precise, quiet, and stable linear motion.

 

Office automation: For example, the internal components of high-end printing equipment and precision scanners require fast and accurate paper transmission in a small space.

 

When selecting a The EGH20 linear guides is a linear motion component designed for applications that require precision linear motion, are space-constrained, and emphasize lightweight design. Compared with the 15mm model, the 20mm guide is wider and can provide higher load capacity and rigidity, but it still belongs to the low-set category, that is, it is shorter in height to accommodate equipment with strict installation space restrictions. The following is a detailed introduction to the 20mm square low-set linear guide:

 

 

Square guide body: The guide cross-section is square or nearly square, with a width of 20mm and a low height. This design is designed to provide sufficient support surface to carry the load while maintaining a low profile for easy installation in a compact space. The guide rail is usually made of high-strength alloy steel and the surface is hardened to enhance wear resistance and reduce friction.

 

Slider unit: The slider that matches the guide rail has an internal integrated circulation system, which contains multiple rolling elements (such as steel balls or rollers) that roll on the guide rail through a precisely designed circulation path to achieve low-friction linear motion. The slider structure is compactly designed and can provide preload adjustment to ensure smooth and precise movement.

 

Circulation system: The closed circulation design ensures that the rolling elements work in a clean and lubricated environment, reducing wear and extending service life. The optimized design of the circulation path also ensures smooth circulation of the rolling elements and improves motion performance.

 

Mounting interface: There are multiple standardized mounting holes on both the guide rail and the slider, which are convenient for fixing from multiple directions to meet diverse installation requirements. The layout of the mounting holes takes into account versatility and flexibility, making the integration of linear modules more convenient.

 

 

High rigidity and load-bearing capacity: The wider 20mm design increases the cross-sectional area of ​​the guide rail, improves the rigidity and load-bearing capacity of the system, and is suitable for applications that need to carry heavier loads.

 

Compact and lightweight: Despite the enhanced load-bearing capacity, the low-profile design still maintains the lightweight and compactness of the module, which is suitable for applications with limited space.

 

High precision: Through precision machining and strict quality control, high-precision matching between the linear guide rail and the slider is ensured, providing high straightness and repeatability.

 

Low friction and long life: The circulation system design of the rolling element greatly reduces movement friction, improves efficiency, while reducing wear and extending the service life of the components.

 

Easy to install and maintain: Standardized design and simple installation methods simplify the integration process, and daily maintenance is also relatively simple, reducing the cost of use.

 

 

Precision machining: For example, the feed system of a small CNC machine tool requires high-precision linear positioning in a limited space.

 

Automation equipment: In assembly lines, handling robots, and testing equipment, it is used for precise material handling and component positioning.

 

Medical equipment: For example, the drive mechanism of surgical instruments and the sliding platform of image scanning equipment require precise, quiet, and stable linear motion.

 

Office automation: For example, the internal components of high-end printing equipment and precision scanners require fast and accurate paper transmission in a small space.

 

When selecting a 20mm square low-group linear guide, you should carefully evaluate and refer to the technical specifications provided by the manufacturer based on the actual application load, speed, accuracy requirements, and installation space conditions to ensure that the selected product fully meets the application requirements.

 

, you should carefully evaluate and refer to the technical specifications provided by the manufacturer based on the actual application load, speed, accuracy requirements, and installation space conditions to ensure that the selected product fully meets the application requirements.

 

 

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