Reduce the surface pressure on the seat! The processing has a significant impact when incorporating springs as components.
At Asahi Spring, we offer "spring grinding and end face grinding." The main machine used for grinding is called an "end grinder," and the requirements include perpendicularity, surface roughness, and end thickness. Most springs are circular, and when grinding the end face, not only does the grinding wheel rotate, but the spring itself also rotates. This improves the surface roughness. In recent years, as precision has become increasingly demanded, requests for end face grinding of springs have also increased. Please feel free to consult us when you need our services. 【Features】 ■ Improved seating performance ■ Reduced surface pressure on the seating surface ■ Space-saving *For more details, please refer to the PDF document or feel free to contact us.
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basic information
**Method of Grinding** - Due to cost issues, most spring manufacturers use grinding stones. - It is common to grind the ends flat after coiling is completed. - Flattening the ends of the spring can prevent uneven load (stress) distribution and damage to parts that the spring ends come into contact with. - A machine called an "end grinder" is mainly used for grinding. - Most springs are circular, and when grinding the end faces, not only does the grinding stone rotate, but the spring itself also rotates, improving surface roughness. *For more details, please refer to the PDF document or feel free to contact us.*
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For more details, please refer to the PDF document or feel free to contact us.
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Company information
There are various types of springs, including wire springs, leaf springs, and disc springs, but Asahi Spring Manufacturing Co., Ltd. mainly specializes in wire springs. Wire springs are a general term for springs made from wire-like materials. They are also called coil springs because they are coiled, and include "compression springs" used for pushing, "tension springs" used for pulling, and "torsion springs" that utilize twisting force. Additionally, there is "wire processing," which shapes materials without coiling. The shapes of springs are virtually limitless, depending on material, wire diameter, size, shape, and application. Since its establishment, Asahi Spring Manufacturing Co., Ltd. has been manufacturing springs through manual processing for many years. Subsequently, with the development of coiling machines, the company actively adopted them to meet large orders. Currently, by combining machinery and manual processing, it has become possible to manufacture more complex springs in various shapes.
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