Rotor Clip Products

Retaining rings can do the same job for a lot less. A simple groove is all that’s needed to accommodate a retaining ring. Other fastener methods, like nuts, require machining threads, which is more costly, and wastes additional materials. Retaining rings will not require periodic re-torquing as a nut and bolt might. Retaining rings are easier to install than fasteners with multiple components, either manually or in automated assembly equipment, reducing labor costs.

We understand that our products are known by various names in the industry, including circlips, snap rings, retaining clips, and more. At Rotor Clip, snap rings are a specific type of retaining ring with a uniform section, designed to snap into a groove on a shaft or bore to secure components. The broader category of retaining rings includes not only snap rings but also other designs like spiral rings and E-clips. In essence, while all snap rings are retaining rings, not all retaining rings are snap rings.

Wave springs deliver up to 50% tighter force tolerances than standard wave washers and offer more consistent performance. They maintain a more predictable loading throughout a wider range of movement, making them a more reliable choice for. Rather than stacking wave washers, a single wave spring can be used as a single part solution, simplifying assembly and reducing room for errors.

Wave springs generally have lower fatigue rates compared to traditional coil springs, meaning they tend to last longer. When used correctly within their designed deflection range, wave springs can outlast coil springs. They also take up about half the space, which can help reduce both weight and space in your assembly—important factors that contribute to their longer lifespan.