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Drawn Cup Needle Roller Bearings
Drawn Cup Needle Roller Bearings are thin, cylindrical sleeves filled with needle rollers.
They are used to support shafts and axles, enabling smooth and low-friction motion while occupying minimal space. Despite their compact design, they exhibit remarkable stability and reliability.
Drawn cup needle roller bearings excel in their ability to handle high loads, exhibit precision and offer excellent efficiency. They find application across diverse industrial sectors, including mechanical engineering, the automotive industry, electronics, and aerospace technology.
Drawn cup needle roller bearings with cage are open on both sides and allow higher speeds compared to full type needle, which have a high load capacity due to their maximum number of needle rollers.
Drawn cup needle roller bearings with lip seal on one side provide protection against dirt and moisture, ideal for axial guidance. Drawn cup needle roller with lip seal on both sides provide additional protection in dusty, damp or hygienically demanding environments and increase the reliability and service life of the bearing.
They are used to support shafts and axles, enabling smooth and low-friction motion while occupying minimal space. Despite their compact design, they exhibit remarkable stability and reliability.
Drawn cup needle roller bearings excel in their ability to handle high loads, exhibit precision and offer excellent efficiency. They find application across diverse industrial sectors, including mechanical engineering, the automotive industry, electronics, and aerospace technology.
Drawn cup needle roller bearings with cage are open on both sides and allow higher speeds compared to full type needle, which have a high load capacity due to their maximum number of needle rollers.
Drawn cup needle roller bearings with lip seal on one side provide protection against dirt and moisture, ideal for axial guidance. Drawn cup needle roller with lip seal on both sides provide additional protection in dusty, damp or hygienically demanding environments and increase the reliability and service life of the bearing.
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