Learn more details about Wave Springs

Key Characteristics:

• Flat Wire Construction:

  Wave springs are typically made from flat, pre-hardened spring wire. 

• On-Edge Coiling:

  The wire is coiled on its edge, creating a wave-like pattern that provides the spring action. 

• Bending Force:

  When compressed, the waves flatten, generating a spring force through bending. 

• Space Efficiency:

  Wave springs can achieve the same spring force as a coil spring but with significantly less height, making them ideal for space-constrained applications. 

• Variety of Configurations:

  Wave springs can be found in single-turn, multi-turn, and nested designs, each offering different characteristics for various applications. 

Applications:

Wave springs are used in a wide range of industries, including: 

• Automotive: In clutches, brakes, and other mechanical components.
• Aerospace: In landing gear, actuators, and other critical systems.
• Industrial: In ball bearings, electric motors, and other machinery.
• Consumer Products: In smartwatches, coffee makers, and other everyday items.

Advantages:

• Compact Design:

  They offer a significant space-saving advantage compared to traditional coil springs. 

• Precise Load Control:

  They can be designed to provide a specific and consistent spring force. 

• Versatility:

  They are available in various materials and configurations to suit different applications. 

• No-Tooling Costs:

  Many manufacturers offer wave springs with no tooling costs, allowing for economical prototyping and customization. 

In essence, wave springs are a versatile and space-efficient solution for a variety of applications where compression springs are needed, particularly in situations where space is limited and precise force control is required.