Multi-turn wave springs provide high load capacity, vibration damping, and consistent preload in compact robotic joints, actuators, and end-of-arm tooling systems. (read more)

Common wave springs on the market can be categorized based on their manufacturing process, structure, and application. (read more)

Compact wave springs for vacuum pumps, providing consistent preload, vibration damping, and thermal compensation to improve alignment, sealing, and service life in high-performance vacuum systems. (read more)

Wave spring standards define dimensions, materials, elastic coefficients, and quality control for safe, reliable, and high-performance spring applications. (read more)

LISPRING provides high-precision wave springs and retaining rings designed for compact, durable, and reliable performance in demanding industrial applications. (read more)

Wave spring washers apply controlled preload in motor bearings, reducing axial clearance, stabilizing position, minimizing noise, and extending bearing life in high-speed and precision rotating systems. (read more)

Single-turn overlap and gap wave spring washers provide high load performance, vibration damping, and reliable elastic force in compact assemblies with limited installation space. (read more)

Wave springs provide space-saving preload solutions, enabling compact mechanical designs while maintaining high performance, making them ideal for applications requiring reduced size, efficiency, and reliable load control. (read more)

As autonomous driving advances, LiDAR has become a critical sensor for 3D environment perception. Precision and reliability of its mechanical design directly affect performance. (read more)

Wave springs provide compact size, consistent preload, and improved fatigue resistance, offering a reliable alternative to Belleville disc springs in space-constrained applications. (read more)

Wave springs offer compact design, consistent force, and energy efficiency, ideal for space-constrained industrial, aerospace, and automotive applications. (read more)

Wave springs have become an unsung hero in the oil and gas industry-quietly powering tools that face crushing pressures, scorching heat, and the most unforgiving environments on the planet. (read more)

Wave spring washers absorb stress from axial compressive loads - acting as a cushion and evenly distribute applied loads. The waves provide 3-, 4-, or 6-point contact that results in greater load bearing capacity and a medium range of deflection. (read more)

Wave springs designed for ball valves provide consistent seat preload, compensate thermal expansion, and maintain sealing integrity. Their compact design improves reliability, reduces leakage risk, and extends valve service life in demanding industrial environments. (read more)

Compact wave springs engineered for precise load control and space optimization in bearings, pumps, and valves. Available in multiple configurations to deliver controlled deflection, consistent preload, and reliable mechanical performance. (read more)

High-performance wave springs offering compact design, durability, and reliability for energy, aerospace, and automation applications. (read more)

Designed for mechanical seals, wave springs provide stable preload, automatic compensation, and compact integration to improve sealing reliability in rotating equipment. (read more)

Durable laminar seal rings provide reliable sealing for shafts, gearboxes, and high-pressure systems, ensuring contaminant protection and lubricant retention in demanding mechanical applications. (read more)

High-rigidity, corrosion-resistant stainless steel wave spring, designed for confined spaces and heavy-load industrial, automotive, and medical applications. (read more)

Durable spiral retaining rings in internal, external, and custom designs, providing secure component retention for diverse machinery and high-performance applications. (read more)

Whether it’s an ultrasonic scalpel that demands pinpoint accuracy, a syringe that must operate flawlessly, a medical braiding machine that requires consistent force, or even a medical X-ray tube that runs under strict reliability standards, wave springs quietly make it all possible. (read more)

Stainless steel multi-turn wave springs deliver high load capacity, compact design, and excellent corrosion resistance, enabling reliable performance in aerospace, automotive, medical, and industrial applications requiring precise force control and space-saving solutions. (read more)

A wave spring, also known as a wave washer or coiled wave spring, is a type of compression spring characterized by its unique, wave-like structure made from flat wire. These springs offer a compact solution for applications where space is limited and precise load control is needed. Unlike traditional coil springs, wave springs generate force through bending, rather than torsion. (read more)

Multi-coil wave springs are made from flat spring material and are suitable for use in applications where a low mounting dimension is required. Both the total length and working height of a multi-coil wave spring are lower than is the case in conventional, round wire springs. For some requirements, this can reduce the installed length by up to 50%. (read more)

Wave springs are precision-engineered elastic components made from flat wire, designed to provide a specific load within a reduced axial space. Compared with traditional round-wire compression springs, wave springs can reduce spring height by up to 50% while maintaining equivalent force performance. This makes them ideal for compact mechanical assemblies and high-efficiency indust... (read more)

Compact wave springs with high load capacity, vibration reduction, and space-saving design for motors, bearings, hydraulic systems, and industrial machinery. (read more)

Wave springs and Belleville washers are widely used to provide compressive force in mechanical systems. Their structural differences result in distinct performance characteristics, making each suitable for specific applications. (read more)

Wave springs provide compact, high-performance solutions in industries like automotive, aerospace, medical, and more. Ideal for applications requiring precise force control and space optimization. (read more)

Lispring offers engineered wave springs with fast prototyping, versatile sizes, and expert design support for precise industrial applications. (read more)

Spiral retaining rings are designed for retaining components within a bore or on a shaft. They provide an efficient alternative to traditional snap rings while offering better load distribution and easier installation/removal. Below are step-by-step guides for both internal (bore) and external (shaft) spiral retaining rings. (read more)

Wave springs provide controlled compression force in significantly reduced axial space. Ideal for compact assemblies requiring precise load control and vibration damping. (read more)

Nested wave springs are specialized springs designed to provide higher load capacity in a compact space. By stacking multiple wave spring layers within a single spring coil, nested wave springs can achieve a greater load-carrying capability than traditional wave springs. (read more)

Interlaced springs are flat wire, multi-turn wave springs wound together in series and parallel.Mainly used in the scene of heavy load and long stroke. (read more)

Wave washers provide controlled preload, uniform force distribution, and vibration damping, enabling improved alignment, reduced wear, and reliable performance in mechanical assemblies requiring compact, flexible, and efficient load management solutions. (read more)

High-performance laminar sealing rings with 360° contact and enhanced protection for harsh industrial environments. (read more)

Wave springs have found significant application in electric drives, particularly in high-performance and high-acceleration electric motor applications. (read more)

Nested wave springs offer superior load capacity, precision, and space-saving advantages. Ideal for bearing preload, valves, connectors, cable assemblies, and thrust seals. (read more)

Don’t settle for ordinary springs. Opt for Lispring wave springs that offer compact design, greater efficiency, and superior performance, all while taking up less space. (read more)

Compact and precise wave springs deliver consistent force, space-saving design, and versatile solutions for aerospace, automotive, medical, electronics, renewable energy, oil & gas, and industrial machinery applications. (read more)

When wave springs are stacked, their combined behavior depends on how they are arranged. Stacking springs can change the overall spring constant, displacement, and load-bearing characteristics. (read more)

High-precision multi-layer wave springs for electric motors, providing bearing preload, vibration reduction, and axial stability. (read more)

Measuring a wave spring accurately is crucial for ensuring proper fit and performance in an application. (read more)

Lisheng’s single turn overlap wave spring offers precision elasticity, space-saving design, and reliable low-to-medium load performance, ideal for tight cavities, axial preload applications, and compact mechanical assemblies. (read more)

Overlap wave spring washers are used in a wide range of applications where space-saving, consistent load distribution, and precise axial force are required. (read more)

The linear wave springs energize the vanes against the bore for better sealing by loading the bottom of the vanes in the pump. (read more)

Wave spring fatigue performance optimization focuses on stress distribution, deformation behavior, and life prediction, helping engineers improve reliability, extend service life, and ensure stable performance in compact and cyclically loaded mechanical systems. (read more)

Precision wave springs deliver space-saving, lightweight, and reliable performance for aerospace, automotive, medical, and industrial applications. (read more)

Nested Wave Spring are mainly used in compressors、pump valves、air blower and so on. (read more)