RUS Series | QIBR Bearings

Specifications

Standard

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

Weight

0.16kg-16kg

Range of Height

19mm-85mm

Range of Length

69mm-281mm

Range of Width

27mm-104mm

Brand

QIBR/OEM/Neutral

Package

QIBR/Standard Industrial Package/OEM

Applications

Electronic equipment, food machinery, packaging machinery, medical machinery

Material

52100, 100Cr6, SUJ2, 440

QIBR Model Selection

QIBR Model Selection
No.	Product model	Weight	Height	Total length	Width	Depth2
1	RUS 19069	0.16 kg	19 mm	75 mm	27 mm	15.5 mm
2	RUS 19105	0.27 kg	19mm	111 mm	27 mm	15.5 mm
3	RUS 26086	0.41 kg	26 mm	92 mm	40 mm	21 mm
4	RUS 26102	0.53 kg	26 mm	108 mm	40 mm	21 mm
5	RUS 26126	0.70 kg	26 mm	132 mm	40 mm	21 mm
6	RUS 38134	1.27 kg	38 mm	133 mm	52 mm	31 mm
7	RUS 38206	2.28 kg	38 mm	206 mm	52 mm	31 mm
8	RUS 65210	7.5 kg	65 mm	234 mm	76 mm	55 mm
9	RUS 85280	16 kg	85 mm	303 mm	104 mm	73 mm

Main features of linear roller bearings RUS series

High load capacity:

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

High precision and stability:

Linear roller bearings provide very precise linear guidance and can withstand high radial loads to 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 during long-term use than ball bearings, and are suitable for heavy-duty, long-term working environments.

Design flexibility:

Linear roller bearings have a variety of design forms, such as single row, double row or multi-row, to adapt to different loads and operating conditions.

Application fields of linear roller bearing RUS series:

Machine tool equipment: Linear roller bearings are often used in CNC machine tools, milling machines, grinders and other equipment to accurately control and guide the linear motion of workbenches or tools.

Automation equipment: Such as robot joints, conveying systems, etc., require high-precision linear motion under high load.

Precision instruments: For example, measuring equipment, scanners, etc., linear roller bearings can provide stable and vibration-free linear guidance.

Motion platforms: Such as optical platforms, laser cutting machines, etc., require extremely high stability and durability.

QIBR Model Selection

QIBR Model Selection
No.	Product model	Weight	Height	Total length	Width	Depth2
1	RUS 19069	0.16 kg	19 mm	75 mm	27 mm	15.5 mm
2	RUS 19105	0.27 kg	19mm	111 mm	27 mm	15.5 mm
3	RUS 26086	0.41 kg	26 mm	92 mm	40 mm	21 mm
4	RUS 26102	0.53 kg	26 mm	108 mm	40 mm	21 mm
5	RUS 26126	0.70 kg	26 mm	132 mm	40 mm	21 mm
6	RUS 38134	1.27 kg	38 mm	133 mm	52 mm	31 mm
7	RUS 38206	2.28 kg	38 mm	206 mm	52 mm	31 mm
8	RUS 65210	7.5 kg	65 mm	234 mm	76 mm	55 mm
9	RUS 85280	16 kg	85 mm	303 mm	104 mm	73 mm

Main features of linear roller bearings RUS series

High load capacity:

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

High precision and stability:

Linear roller bearings provide very precise linear guidance and can withstand high radial loads to 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 during long-term use than ball bearings, and are suitable for heavy-duty, long-term working environments.

Design flexibility:

Linear roller bearings have a variety of design forms, such as single row, double row or multi-row, to adapt to different loads and operating conditions.

Application fields of linear roller bearing RUS series:

Automation equipment: Such as robot joints, conveying systems, etc., require high-precision linear motion under high load.

Precision instruments: For example, measuring equipment, scanners, etc., linear roller bearings can provide stable and vibration-free linear guidance.

Motion platforms: Such as optical platforms, laser cutting machines, etc., require extremely high stability and durability.