Wave Spring Application Examples

Explore real-world uses for our single-turn, multi-turn, nested, round wire and linear wave springs across a wide range of industries and equipment.

Test Our Wave Springs in Your Application

Compact Spring Solutions for Space-Constrained Applications

Wave springs provide precise force and deflection while requiring up to 50% less axial space than conventional coil springs. Their compact design makes them an effective solution for applications across automotive, aerospace, medical, energy, and industrial industries. Rotor Clip manufactures single-turnmulti-turnnestedround-wire, and linear wave springs in standard and custom configurations for a wide range of load, space, and operating requirements.

Explore the examples below to see how some of the different wave spring styles may be  used within an assembly.

Single-Turn Wave Spring Application Examples

An illustration of a single-turn wave spring used in a power steering assembly, providing controlled spring force within a compact mechanical design.

Power Steering Assembly with Single-Turn Wave Spring

An illustration of a single-turn wave spring used in a mechanical seal assembly to maintain consistent axial force while minimizing required installation space.

Mechanical Seal with Single-Turn Wave Spring

An illustration of a single-turn wave spring used in a quick connector assembly, providing compact spring force for reliable engagement and operation.

Quick Connector with Single-Turn Wave Spring

An illustration of a single-turn wave spring installed in a circular connector, providing controlled axial force within a compact assembly.

Circular Connector with Single-Turn Wave Spring

An illustration of a single-turn wave spring used in an ultrasonic motor assembly to provide consistent preload while conserving axial space.

Ultrasonic Motor with Single-Turn Wave Spring

An illustration of a single-turn wave spring used for bearing preload, maintaining consistent axial force while accommodating limited installation space.

Bearing Preload with Single-Turn Wave Spring

Multi-Turn Wave Spring Application Examples

An illustration of a multi-turn wave spring used in an oxygen concentrator assembly, providing controlled spring force and deflection within a compact design.

Oxygen Concentrator with Multi-Turn Wave Spring

An illustration of a multi-turn wave spring used in a ball valve assembly, providing controlled axial force within a compact spring cavity.

Ball Valve with Multi-Turn Wave Spring

An illustration of a multi-turn wave spring used in a downhole drilling tool, providing spring force and deflection within a space-constrained assembly.

Downhole Drilling Tool with Multi-Turn Wave Spring

An illustration of a multi-turn wave spring used in a medical injection pen, providing controlled spring force within a compact device assembly.

Injection Pen with Multi-Turn Wave Spring

An illustration of a multi-turn wave spring used in a check valve assembly, providing controlled axial force and consistent spring performance.

Check Valve with Multi-Turn Wave Spring

An illustration of a multi-turn wave spring used in a fluid flow valve assembly, providing controlled spring force within limited axial space.

Fluid Flow Valve with Multi-Turn Wave Spring

An illustration of a multi-turn wave spring used in a fishing reel assembly, providing controlled spring force and deflection in a compact mechanism.

Fishing Reel with Multi-Turn Wave Spring

An illustration of a multi-turn wave spring used in a coaxial connector assembly, providing controlled axial force while conserving installation space.

Coaxial Connector with Multi-Turn Wave Spring

An illustration of a multi-turn wave spring used in an automotive side-view mirror assembly, providing controlled spring force within a compact adjustment mechanism.

Side-View Mirror with Multi-Turn Wave Spring

Nested Wave Spring Application Examples

An illustration of a nested wave spring used in a ball valve assembly to provide higher spring force within a compact axial space.

Ball Valve with Nested Wave Spring

An illustration of a nested wave spring used for bearing preload, providing higher axial force while maintaining a compact spring height.

Bearing Preload with Nested Wave Spring

Round-Wire Wave Spring Application Examples

An illustration of a round-wire wave spring used for bearing preload, providing controlled axial force within a compact bearing assembly.

Bearing Preload with Round-Wire Wave Spring

Wave Spring Solutions for Your Industry

With decades of engineering experience, in-house manufacturing, and certifications supporting industry-specific requirements, Rotor Clip supports wave spring applications from initial design and part selection through production.

Select your industry to see how Rotor Clip can support your specific requirements.

Aerospace
Automotive
Defense
E-Mobility
Energy
Industrial
Medical
Off-Highway
Oil & Gas
Distribution

Wave Spring Application FAQs

Find answers to common questions about wave spring uses, selection, and engineering support.

Wave springs are used across automotive, aerospace, medical, energy, industrial, oil and gas, and other applications requiring controlled spring force within limited axial space. Common applications include bearing preload, tolerance compensation, valve assemblies, seals, connectors, actuators, medical devices and aerospace systems.

View wave spring solutions

Wave springs can save up to 50% axial space compared to conventional coil springs while providing equivalent force and deflection. This can reduce the required spring cavity size and contribute to smaller, lighter assemblies.

Selecting the right wave spring depends on application requirements such as required load, working height, deflection, cycle life, available cavity size and operating environment. The appropriate spring style also depends on the required load and deflection. Rotor Clip engineers can help evaluate these requirements and determine the right wave spring for your application.

Contact our engineering team

Single-turn wave springs are typically used for short-deflection, low-to-medium force applications in compact spaces. Common uses include bearing preload and tolerance take-up. Multi-turn wave springs provide greater deflection and can replace conventional coil springs while requiring significantly less axial space.

Yes. Rotor Clip can design custom wave springs around application requirements such as load, work height, cycle life, environment, and available cavity size. Custom design variables may include diameter, material thickness, number of waves and turns, spring configuration, end configuration, and material.

Explore custom wave spring capabilities

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