Modern mechanical systems often require compact components that deliver precise preload and force control without increasing assembly size. Traditional coil springs may occupy excessive space or fail to meet demanding design requirements where weight reduction, reliability, and installation efficiency are critical.

Wave springs provide an efficient alternative by delivering equivalent spring force within a significantly smaller axial space. Their compact profile helps engineers reduce assembly size, simplify mechanical designs, minimize component weight, and improve overall system efficiency while maintaining stable preload performance.

Widely used across automotive, aerospace, industrial machinery, medical devices, energy systems, and precision equipment, wave springs support applications ranging from bearings and valves to pumps, compressors, motors, and precision instruments. Backed by custom spring engineering, precision manufacturing, and OEM production capabilities, these solutions help manufacturers optimize equipment performance and long-term reliability.

Key Features

• Compact Space-Saving Design
• Precise Preload Control
• High Load Capacity
• Stable Force Output
• Lightweight Construction
• Long Service Life
• Custom Wave Springs
• OEM Engineering Support

Key Specifications

• Product Type: Wave Springs
• Design: Multi-Turn / Single-Turn
• Function: Preload & Force Control
• Material: Custom Materials Available
• Manufacturing: Precision Forming
• Customization: OEM Supported

Applications

• Automotive Systems
• Aerospace Equipment
• Industrial Machinery
• Medical Devices
• Pumps & Compressors
• Valves & Sealing Systems
• Electric Motors
• Renewable Energy Equipment

Company Capability

Lisheng Spring specializes in precision spring manufacturing for industrial, automotive, medical, and high-performance mechanical applications. Through advanced spring design, precision production, and OEM engineering support, we provide customized wave spring solutions that help customers reduce assembly size, improve equipment performance, and enhance product reliability.