Nb Swk 6GUU Square Flanged Single Linear Bearing

Product Description

The NB SWK 6GUU is a square flanged single linear bearing designed for smooth, precise linear motion in mechanical and industrial applications. With a 0.375-inch inside diameter and a 0.625-inch outside diameter, this bearing supports shaft guidance in assemblies where controlled axial movement is required. The square flange configuration allows for straightforward bolt-down mounting, reducing installation complexity. It is suited for use by mechanical technicians and industrial maintenance professionals working on linear motion systems, automation equipment, and precision machinery.

This bearing fits applications that require a compact, rigidly mounted linear guide element. The 0.875-inch overall length and 1.5-inch flange width make it appropriate for space-constrained assemblies in both light industrial and automation environments. It is typically installed on hardened linear shafts as part of a slide or carriage system. The square flange style is common in custom-built linear actuators, CNC equipment, and other precision motion assemblies where repeatable positioning is critical.

Key Features

• Square flange design enables secure, flat-surface bolt-down mounting
• 0.375-inch inside diameter for use with standard 3/8-inch linear shafts
• 0.625-inch outside diameter for compatibility with standard housing bores
• 0.875-inch overall length suits compact linear motion assemblies
• 1.5-inch flange width provides stable, distributed mounting contact
• Sold as a single unit for precise quantity procurement

Compatibility

Designed as an OEM-style replacement or direct fitment for linear motion assemblies requiring a square flanged single bearing with a 0.375-inch inside diameter and 0.625-inch outside diameter.

Installation Notes

Installation should be performed by qualified mechanical technicians familiar with linear motion systems. Ensure the mating linear shaft and housing bore are clean and free of burrs before pressing or sliding the bearing into position. Power down and de-energize any associated actuator or drive system before servicing. Avoid applying direct impact to the bearing body during installation; use appropriate press tooling or fixtures to seat the flange evenly.