The production and processing range of camless spring machines

Camless spring machines can be used to produce matching springs and springs mainly for automobiles, motorcycles, diesel engines, and gasoline engines. These types of springs include valve springs, suspension springs, shock absorption springs, and clutch springs, which are widely used and account for about 50% of spring production. At the same time, the technical level requirements are also high, and it can be said that the technical level of these springs is representative. They mainly develop towards high fatigue life and high resistance to relaxation, thereby reducing mass.

Camless spring machines can be used to produce large springs and plate springs mainly for railway locomotives, trucks, and engineering machinery. These springs are mainly formed by hot rolling and are an important aspect of the spring manufacturing industry. With the development of high-speed railways and the upgrading of vehicle damping systems, there has been a significant improvement in the technology of hot formed springs as vehicle suspensions. These types of springs mainly develop towards high strength and precision to stabilize product quality.

Camless spring machines can be used to produce electronic and electrical springs mainly for instruments and meters. Typical products include motor brush springs, switch springs, camera and camera springs, as well as computer accessory springs and instrument accessory springs. In this type of spring, sheet springs and irregular springs account for a large proportion, and different products have significant differences in material and technical requirements. This type of spring mainly develops towards both high strength and miniaturization. The camless spring machine can be used to produce hardware springs mainly used in daily machinery and electrical appliances, such as mattresses, sofas, door hinges, toys, lighters, etc. This type of spring has a high demand, but the technical content is not high, providing small spring enterprises with development opportunities. This type of spring mainly needs to develop towards miniaturization.