► Finer | Shaft Collars

Precise Axial Positioning for Rotating & Linear Shafts

Not every shaft requires a bearing or coupling to control movement. Shaft collars are used to locate, stop or space components along a shaft, providing simple but highly reliable axial positioning without complex machining.

This collection features Finer shaft collars designed for industrial applications where accurate shaft positioning must be maintained under load vibration or repeated adjustment. Their clamp-style & set-screw designs allow components to be positioned precisely while remaining easy to install or reposition.

Across Australian workshops plant rooms & mechanical assemblies shaft collars are commonly specified within Shaft Collars & Locking Bushings applications supporting spacing alignment & travel limits on rotating or sliding shafts. Their versatility makes them essential in both fixed & adjustable systems.

Shaft collars are frequently used alongside Couplings & Clutches, providing defined axial stops that protect couplings from unintended movement during operation.

In bearing-supported systems shaft collars are often installed near Mounted Bearing Units, helping maintain bearing location once alignment is set within the housing.

For linear or guided motion assemblies shaft collars are commonly used in conjunction with Rod Ends, Plain Bearings & Bushings, acting as travel stops or positional references along shafts or rods.

Secure installation depends on reliable fixing. Shaft collars are typically installed using Bolts & Fasteners, allowing consistent clamping force without damaging the shaft surface.

Where shafts operate under vibration or torque variation, shaft collars may also complement Rigid Couplings, ensuring components remain correctly spaced within drivetrains.

What’s in This Collection:

► Single-split & double-split shaft collars
‣ Provides strong clamping without shaft damage

► Set-screw shaft collars
‣ Suitable for light-duty positioning applications

► Standard bore sizing
‣ Fits common shaft diameters

► Steel & corrosion-resistant options
‣ Supports varied industrial environments

► Precision-machined profiles
‣ Ensures consistent axial positioning