Needle Roller Bearing DL 1012 NADELLA 10x16x12

Compact needle bearing for precision industrial assemblies

High radial load capacity in limited installation space

Main product description

The DL 1012 NADELLA needle roller bearing 10x16x12 is a precision rolling element designed for applications where compact dimensions, stable shaft guidance and high radial load capacity are essential. In Polish and European searches, this bearing is commonly referenced by terms such as “DL 1012”, “needle bearing 10x16x12”, “NADELLA needle roller bearing” and “compact needle bearing”, confirming its relevance in professional industrial environments.

The needle roller design allows this bearing to transmit high radial loads while maintaining a very small cross-section. Compared to a standard ball bearing, the DL 1012 offers increased load capacity in applications with limited installation space, making it suitable for lightweight yet demanding mechanical systems.

The bearing operates with low friction and consistent performance when installed in a properly machined bearing housing, which acts as the outer raceway. This construction ensures accurate guidance of rolling elements and long service life under continuous operation. The DL 1012 NADELLA is particularly valued for its reliability, dimensional stability and resistance to wear in repetitive motion cycles.

Typical industrial applications include gear units, drive mechanisms, automation equipment, machine tools and precision assemblies with reciprocating or rotating motion. Wherever compact construction, durability and predictable behavior are required, this needle roller bearing provides a dependable solution for B2B users.

FAQ - Frequently Asked Questions

What type of bearing is the DL 1012 NADELLA?
It is a needle roller bearing designed for compact assemblies.

What are the bearing dimensions?
Inner diameter 10 mm, outer diameter 16 mm, width 12 mm.

What loads can this bearing support?
Primarily radial loads.

Where are needle roller bearings typically used?
In gearboxes, industrial machines, automation systems and drive units.

Does the bearing require a precise housing?
Yes, correct housing geometry is essential for proper operation.