Wave Springs| Lispring

20 2026.08

Miniature Wave Springs at 2.0 mm Outside Diameter

A 2.0 mm OD miniature wave spring in flat wire: structures, alloys, load calculation and applications, from an ISO/IEC 17025 accredited spring manufacturer.

22 2025.11

Difference Between Lispring Wave Springs and Ordinary Round-Wire Compression Springs - Why Are More Engineers Choosing Wave Springs?

Among various types of springs, wave springs and round-wire compression springs are two widely used product categories. Although both are used to provide axial elastic force, their structures, performances, and applicable scenarios are distinctly differen

06 2025.11

How do you measure a wave spring?

To Measure the Free Height of a Wave Spring: Lower the top measuring surface until it touches the spring. Apply a slight force to deflect the spring until the crests of all waves come in contact with the loading surfaces (top & bottom) The distance betwe

18 2025.10

What details should we pay attention to in the type selection design of wave spring?

When designing and selecting a wave spring, it is essential to consider factors such as load, space, material, stiffness, fatigue life, and working environment. Proper wave spring design can effectively enhance product performance, reliability, and servic

18 2025.10

Finite Element Analysis of Wave Springs : Enhancing Design Precision and Performance Reliability

Finite Element Analysis (FEA) is key for wave spring R&D. It models geometry, defines material properties, optimizes meshing, and simulates real conditions to study mechanical responses and deformation. It boosts design precision, verifies reliability, an

18 2025.10

Say Goodbye to Choice Fatigue: The Ultimate Guide to Selecting Wave Springs vs. Normal Springs

Whether you choose a wave spring or a regular spring depends on your specific application requirements. Wave springs are ideal for space-constrained applications, offering consistent preload and high-load capacity. Regular coil springs are better for long

16 2025.10

How Lispring’s Wave Springs Helped Optimize Production Efficiency

Lispring’s wave springs have played a significant role in optimizing production efficiency across multiple industries by offering space-saving designs, consistent force, durability, vibration reduction, and customization options. These benefits have led t

19 2025.09

Custom Wave Springs -Trusted by Schlumberger & Emerson

Lispring’s wave springs are the choice of Schlumberger, a global leader in oilfield services, for their superior performance and reliability.

11 2025.09

Lispring Wave Springs for Automotive LiDAR

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

29 2025.05

Wave Springs Design

Wave Spring Online Design provides you with a preliminary design plan for wave springs

17 2025.05

Parameter variation curve of Wave Spring

The relationship between the number of turns, waves, and wire thickness of the wave spring and its stiffness.

10 2025.04

The Advantages and Applications of Nested Wave Spring

A nested wave spring is a high-precision spring made by continuously coiling and layering flat wire. It offers high load capacity, high precision, and space-saving benefits.

24 2025.03

What are the commonly used materials for Wave Springs?

Lispring offer over 8000 kinds Wave Spring stardand parts in stock,include all kinds of materials,such as Carbon Steel,Stainless Steel,Exotic Alloys: Inconel 750/ Inconel 718/ Elgiloy/A286 etc.

07 2025.02

What happens when you stack wave springs?

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.

07 2025.01

Innovative Solutions: Where Wave Springs Are Used

Lispring's wave springs are mainly used in aerospace, new energy vehicles, medical ,oil and gas, wind energy, construction machinery, consumer electronics and other industrial products, such as mechanical seals, electrical connectors, motor bearing preloa

30 2024.12

Advantages of Overlap Wave Spring

Overlap wave springs, also known as nested wave springs or zigzag springs, offer several advantages compared to traditional coil springs and other types of springs. Here are some of the key advantages of overlap wave springs:High Spring Rate,Constant Forc

01 2024.11

The material choices for Gap Wave Spring

When selecting the material for a gap wave spring (or any spring in general), several factors need to be considered, such as the intended application, the required spring properties, the operating environment, and cost. Here are some common material choic

18 2024.10

Advantages of Gap Wave Spring

Gap wave springs, or wave washers with gaps, offer several advantages compared to traditional wave springs or other types of springs. Here are some of the key advantages of gap wave springs:Precise Load Control,Smooth Operation,High Axial Displacement,Com

16 2024.10

What's Gap Wave Spring?

Gap wave springs, also known as wave washers or corrugated washers with gaps, are a type of spring that is specifically designed with openings or gaps between the corrugated or wavy sections. These gaps allow for increased flexibility and movement compare

27 2024.08

Advantages of Wave washer

Wave washers, or corrugated washers, offer several advantages in various mechanical applications. Controlled Preload,Compensation for Dimensional Variations,Uniform Force Distribution,Shock and Vibration Absorption,Shock and Vibration Absorption

03 2024.08

The material choices for wave springs

The material choices for wave springs vary depending on the specific application requirements.application requirements. Some common materials for wave springs include: Carbon Steel and Alloy Steels,Stainless Steel,Titanium Alloys,Chromium-Molybdenum Stee

27 2024.06

Wave Spring Applications

Wave springs are widely used in the mechanical manufacturing industry, petroleum and chemical engineering, hydraulic equipment, automotive and locomotive manufacturing industry, aviation industry, refrigeration engineering, and other industries, such as m

18 2023.10

Causes of wave spring failure

1. Materials for making springs. The springs made of surface-strengthened materials have a longer service life than those without treatment. Defective materials will also affect the service life of the springs, causing premature fatigue failure of the spr

18 2023.10

Reasons why wave springs enter the engineer’s design database

With the deepening of the industrialization process, China's industrial upgrading wave springs are widely used in various fields, providing a large number of compact and lightweight solutions in product design in aerospace, automotive, medical, petroleum

12 2023.08

Three major advantages of wave springs

With the deepening of the industrialization process, China's industrial upgrading wave springs are widely used in various fields, providing a large number of compact and lightweight solutions in product design in aerospace, automotive, medical, petroleum

17 2023.03

Four major quality characteristics of Lispring's wave spring

Based on years of research and development experience, combined with customer needs and feedback information, and referring to relevant domestic and international standards, Lispring Company has summarized four major quality characteristics of wave spring

10 2023.02

Four major quality characteristics of wave springs

Our company has many years of experience in research and development, combined with customer needs and feedback information, and references relevant standards at home and abroad, summed up four major quality characteristics of wave spring: reliability, ap

18 2022.08