Locking collar Function: fit for fixing and positioning axles, serving as linear motion stops and for fixing rotary axles Benefits: Provides reliable axial positioning and fixed orientation of axles Acts as a stable stop for linear motion Supports securing rotary axles in place Easy to integrate with other collar options in a system Collar clamps Function: shaft can be clamped with a set screw without damaging the shaft; onepiece clamp style collars Benefits: Clamps shaft without marring or denting the surface Onepiece construction yields uniform clamping pressure Simple installation and secure hold Single split shaft collar Function: grade aluminum alloy material, light weight, surface oxidation resistance, durable to use; shaft collar for bearing fixing Benefits: Lightweight yet durable construction Oxidation resistant surface enhances longevity Reliable option for bearing fixing applications Shaft clamping collar Function: improved holding power when the shaft material is softer than the setscrew material; supports low axial loads and simple positioning Benefits: Stronger grip on softer shaft materials Suitable for applications with low axial load demands Enables straightforward, quick positioning and clamping Use scenarios Scenario 1: In a CNC or automation linear guide system, use locking collars to fix and position axles, providing precise stops for repeatable travel and secure rotary axle fixation. Scenario 2: In a drive shaft assembly, apply collar clamps to clamp the shaft with a set screw without damaging the shaft surface, ensuring stable alignment during operation. Scenario 3: In a bearing housing or robotic arm assembly, install a single split shaft collar for bearing fixing, benefiting from lightweight aluminum, durability, and oxidation resistance for reliable performance.