Rotor Clip

For over 65 years, medical device manufacturers have relied on Rotor Clip’s in-house manufacturing and engineering capabilities for standard and custom ISO 13485 certified retaining rings, wave springs, and hose clamps. From the operating room to the hospital room, our parts are used in durable medical equipment, pharmaceutical delivery systems, surgical tools, diagnostic equipment, implantable devices, and more. With manufacturing in the Unites States and Europe, along with warehouses, customer service and technical support centers across the globe, Rotor Clip maintains stock of medical grade stainless steel and Elgiloy to meet the material needs of critical medical applications. Our commitment to quality ensures parts meet the strict standards of the medical industry. Whether standard or custom, we deliver application-driven solutions that help medical technology perform at its best.

Save Space & Weight in Your Application with Rotor Clip Wave Springs

Rotor Clip wave springs (single-turn, multi-turn, nested, round-wire, linear) are engineered for compact, high-performance applications, with diameters as small as 3 mm (.118”). Providing the same force and deflection as traditional coil springs while saving up to 50% of axial space, these springs maintain precise force and alignment under dynamic loads, minimize wear on surrounding components and improve overall assembly efficiency. Custom modifications include number of turns, waves, material thickness, and end configurations, allowing medical device engineers to tailor each spring to exact specifications. Designed for reliable operation in high-stress, space-constrained environments, Rotor Clip wave springs deliver consistent performance where precision is critical. Optimized design configurations facilitate efficient assembly of devices like disposables while minimizing the risk of small spring entanglement in automated, high-volume manufacturing processes.

Every Ring, Every Style, One Manufacturer (Tapered Rings / Circlips, Snap Rings & Spiral Rings)

Rotor Clip is the only manufacturer of every retaining ring style (Tapered Section / circlips, snap rings, spiral rings), providing secure and consistent retention across medical applications. These rings maintain tight tolerances and alignment under demanding conditions, preserving assembly integrity. Available in sizes as small as .040” (1 mm) to 47” (1200 mm), they accommodate both compact and large-scale designs. Spiral rings offer 360° groove contact and can be installed or removed without special tools, simplifying assembly and reducing the risk of part damage. Retaining rings can be customized for specific tolerances, thickness, load capacity, end configurations, and more to meet exact application requirements.

Engineering Partnership from Concept to Production

Rotor Clip’s team of engineering experts is ready to support every stage of your project, from initial concept through full-scale production. Our engineers collaborate directly with your team to specify the ideal retaining rings, wave springs, and hose clamps for your application requirements. With in-house prototyping, testing, and material guidance, we help ensure each part meets your exact needs. Early engagement with our experts accelerates development, solves complex design challenges, and reduces risk. With global reach and local expertise, Rotor Clip provides engineering support wherever your project takes you.

Rigorous Quality Control and Traceability in Every Ring, Spring and Clamp

Rotor Clip maintains rigorous ISO 13485 certified quality standards for medical with dedicated cleanroom facilities for our retaining rings, wave springs, and hose clamps. Parts are thoroughly cleaned using ultrasonic wash systems to remove microscopic contaminants and preserve surface quality. On the production floor, we use state-of-the-art measuring instruments and in-house metrology labs to ensure parts meet exact specifications. Full product traceability allows every part to be traced back to its production lot, material, and manufacturing process, providing complete accountability.

Vertically Integrated Manufacturing

Rotor Clip handles every production step in-house, from wire coiling and stamping to forming, heat treatment, finishing, assembly, and more. This direct control reduces reliance on third parties and allows for faster turnaround on both standard and custom designs. Dedicated production lines and specialized equipment support complex requirements for your application. By keeping all production steps in-house, we can make rapid adjustments to specifications and design changes.

Global Reach, Local Support for All Your Medical Needs

Rotor Clip has strategically placed manufacturing hubs, warehouses, and customer service facilities in the United States, Czech Republic, Germany, the United Kingdom, and China. This network allows us to be wherever you need us, providing fast access to parts, local technical support, and seamless collaboration across regions. By keeping operations close to key markets, we can reduce lead times, minimize transportation impact, and support more sustainable supply chains. Wherever and whenever you need us, we will be there.

To discuss your project or request a quote, please contact us using the form or email provided.

Press Releases

Rotor Clip Delivers Application Driven Solutions with Small Diameter Wave Springs

Understanding the Differences Between Wave Washers and Wave Springs

Wave Spring End Types: Selecting The Right Configuration

Why Engineers Are Replacing Belleville Washers with Wave Springs

Custom Retaining Rings and Wave Springs for Your Application

Stainless Steel Retaining Rings & Wave Springs: Materials, Grades & Benefits

Key Design Differences Between Wave Springs and Coil Springs

Rotor Clip to Showcase Medical Device Solutions at D&M Anaheim 2026

White Papers

Rotor Clip Product Overview

A comprehensive overview of Rotor Clip’s product offerings, including every style of retaining ring (circlips, snap rings, spiral rings), wave springs, and hose clamps, designed to support medical device applications with precision, reliability, and quality.