RUS..KS Series

Linear roller bearings have the advantages of high precision, low friction, high rigidity and long life. They can operate smoothly at heavy loads and high speeds and are suitable for high-precision machine tools and automation equipment. The structural design of linear roller bearings enables them to withstand large radial and axial loads while maintaining high precision movement.

Характеристики

Standards

GB,ASTM/AISI,ГОСТ,BS,JIS,NF,DIN / VDEh

Weight

0.19kg-2.53kg

Range of Height

19mm-38mm

Range of Width

27mm-52mm

Basic Load Ratings (dyn.CN)

42000-305000

Brand

QIBR/OEM/Neutral

Package

QIBR/Standard Industrial Package/OEM

Applications

Electronic equipment, food machinery, packaging machinery, medical machinery

Material

52100, 100Cr6, SUJ2, 440

Подбор моделей QIBR

Показано 1 - 7 из 7: Продукты

Строк на странице

Подбор моделей QIBR
№	Модель продукта	Weight	Height	Width	Depth2	Depth1
1	RUS 19069 KS	0.19 kg	19 mm	27 mm	15.5 mm	6 mm
2	RUS 19105 KS	0.29 kg	19 mm	27 mm	15.5 mm	6 mm
3	RUS 26086 KS	0.49 kg	26 mm	40 mm	21 mm	10 mm
4	RUS 26102 KS	0.61 kg	26 mm	40 mm	21 mm	10 mm
5	RUS 26126 KS	0.78 kg	26 mm	40 mm	21 mm	10 mm
6	RUS 38134 KS	1.53 kg	38 mm	52 mm	31 mm	14 mm
7	RUS 38206 KS	2.53 kg	38 mm	52 mm	31 mm	14 mm

Main features of linear roller bearing RUS..KS series

High load capacity:

Compared with the ball structure, the rollers of the linear roller bearing RUS..KS series can provide higher load capacity, especially for heavy-load conditions.

High precision and stability:

Linear roller bearings provide very precise linear guidance, can withstand high radial loads, and ensure the stable operation of mechanical systems.

Durability and reliability:

Due to the use of rollers as rolling elements, linear roller bearings are more wear-resistant than ball bearings during long-term use, and are suitable for heavy-load and long-term working environments.

With lubrication channel:

Linear roller bearings RUS..KS series can provide lubrication regularly, so that a lubricating film is formed between rolling parts, thereby reducing the friction coefficient and preventing wear and overheating. Through the lubrication facility, the operator can easily inject the right amount of lubricating oil or grease into the bearing.

Application areas of linear roller bearings RUS..KS series

Automobile manufacturing equipment:

Used for precision positioning and motion control of automated production lines, such as welding robots, painting equipment, etc.

Surgical robots:

Linear roller bearings RUS..KS series are used in some surgical robots to carry high-precision motion control to achieve minimally invasive surgery.

Detection equipment:

Used in various detection and testing equipment to provide stable linear motion and ensure the accuracy and reliability of the instrument.

Подбор моделей QIBR

Показано 1 - 7 из 7: Продукты

Строк на странице

Подбор моделей QIBR
№	Модель продукта	Weight	Height	Width	Depth2	Depth1
1	RUS 19069 KS	0.19 kg	19 mm	27 mm	15.5 mm	6 mm
2	RUS 19105 KS	0.29 kg	19 mm	27 mm	15.5 mm	6 mm
3	RUS 26086 KS	0.49 kg	26 mm	40 mm	21 mm	10 mm
4	RUS 26102 KS	0.61 kg	26 mm	40 mm	21 mm	10 mm
5	RUS 26126 KS	0.78 kg	26 mm	40 mm	21 mm	10 mm
6	RUS 38134 KS	1.53 kg	38 mm	52 mm	31 mm	14 mm
7	RUS 38206 KS	2.53 kg	38 mm	52 mm	31 mm	14 mm

Main features of linear roller bearing RUS..KS series

High load capacity:

Compared with the ball structure, the rollers of the linear roller bearing RUS..KS series can provide higher load capacity, especially for heavy-load conditions.

High precision and stability:

Linear roller bearings provide very precise linear guidance, can withstand high radial loads, and ensure the stable operation of mechanical systems.

Durability and reliability:

With lubrication channel:

Application areas of linear roller bearings RUS..KS series

Automobile manufacturing equipment:

Used for precision positioning and motion control of automated production lines, such as welding robots, painting equipment, etc.

Surgical robots:

Linear roller bearings RUS..KS series are used in some surgical robots to carry high-precision motion control to achieve minimally invasive surgery.

Detection equipment:

Used in various detection and testing equipment to provide stable linear motion and ensure the accuracy and reliability of the instrument.