For ten years, Lispring has been focusing on the R&D and production of wave springs and spiral retaining rings in the past, present and future, aiming to provide reliable and satisfactory products to global high-tech customers. We welcome your inquiries at any time.
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 and other industries. Below we introduce the reasons why wave springs enter the engineer's design database.
1.Save axial space
Since each layer of the wave spring is composed of a segment of sine waves, although it is a helical structure, the output spring stiffness is greater under the same conditions, so it can provide load requirements within a smaller stroke range, thus reducing the overall size of the component. The size provides design possibilities for lightweight and compact products.
2.Provide precise and controllable force requirements
Thanks to the linear spring stiffness of the wave spring's sinusoidal output, the wave spring can accurately predict the load at a given operating height. For products that require high working loads and high accuracy, this characteristic of wave springs can well meet the requirements of precision machinery for product consistency and reliability.
3.Design flexibility
Since the wave spring adopts edge winding process, samples can be provided for early product design quickly and economically. Our company has matched a large number of tooling molds and a wide range of material inventory for the non-standard design and production of wave springs.
Design engineers are welcome to include wave springs in your design database. If you have technical communication needs, please contact Lisheng Engineering Department.
