Rubber Roller "Rubber Mold Bearing"
Next, the rubber roller demonstrates its power for a variety of needs! It is well-suited for feeding mechanisms and applications requiring low vibration and low noise.
The "Rubber Mold Bearing" is a rubber roller that directly bonds polyurethane rubber to the outer diameter of miniature, small-diameter, deep groove ball bearings, incorporating the bearing technology developed by NTN over many years. It uses ether-based polyurethane rubber, which excels in water resistance, wear resistance, cold resistance, heat degradation resistance, ozone resistance, and rubber elasticity. We can manufacture bearings with precision (dimensions, rotation) and sealed grease that differ from standard products according to your specifications. 【Features】 ■ High degree of freedom in bearing specifications ■ Option to select rubber hardness ■ Excellent rubber material ■ Outer diameter runout precision *For more details, please refer to the PDF document or feel free to contact us.
basic information
【Standard Specifications (Excerpt)】 ■MGA Type - Rubber Material: Ether-based polyurethane rubber (blue) - Rubber Hardness: 90 (JIS A hardness) - Rubber Outer Diameter Runout Precision: 50μm or less - Bearing Specification: Precision; JIS Class 0 ■MGB Type - Rubber Material: Ether-based polyurethane rubber (black) - Rubber Hardness: 90 (JIS A hardness) - Bearing Specification: Precision; JIS Class O *For more details, please refer to the PDF document or feel free to contact us.
Price range
Delivery Time
Applications/Examples of results
【Main Uses】 ■ Bill (card) identification and transport mechanisms for various financial devices (ATMs) ■ Bill identification and transport mechanisms for various vending machines ■ Bill (card) identification and transport mechanisms for various ticket vending machines ■ Transport conveyor ■ Elevator door opening and closing sections ■ Guide rollers for automated warehouse systems, etc. ■ Vehicle transport sections in multi-story parking garages, etc. *For more details, please refer to the PDF materials or feel free to contact us.
