A wave spring is a flat-wire compression spring formed into a continuous wave pattern. Compared to traditional coil springs, it provides the same load and deflection performance while occupying substantially less axial height.

This compact structure makes it particularly valuable in modern designs where space, weight, and precision are critical.

Controlled Compression Force

• Generates consistent compressive load under deflection

• Maintains preload in assemblies and bearing systems

• Absorbs shock loads in dynamic applications

Used in clutches, seals, actuators, and bearing preloading systems to ensure stable operation.

Maximum Space Efficiency

• Requires significantly less axial height than coil springs

• Suitable for tight radial or axial installations

• Supports lightweight and miniaturized product design

Widely applied in aerospace mechanisms, compact medical devices, and precision electronics.

Precise Load & Deflection Performance

• Predictable force across a defined deflection range

• Excellent repeatability

• Ideal for precision assemblies

Common in diagnostic equipment, valve systems, and high-accuracy positioning components.

Energy Absorption & Vibration Damping

• Cushions mechanical impact

• Reduces vibration and operational noise

• Minimizes wear and component fatigue

Frequently used in industrial machinery, rotating equipment, and automotive systems.

Design Flexibility

• Flat wire construction improves material efficiency

• Stackable design for customized load characteristics

• Fully customizable force, dimensions, and materials

Supports diverse applications across automotive, aerospace, medical, electronics, and industrial sectors.

Wave springs offer engineers a compact, efficient, and customizable alternative to traditional compression springs—enabling smaller assemblies, precise force control, and improved system reliability.

Contact us to discuss your application requirements and custom wave spring solutions.