The production and processing of torsion spring manufacturers use cold forming technology to manufacture. Its characteristic is that it can be carried out at room temperature without repeated forming and processing. If the pressure resistance of the torsion spring is not large enough, it will involve processing technical problems. A torsion spring with high durability is required. It is necessary to heat the torsion spring to soften it, and then carry out the operation method of bending and forming, and under the condition of rapid curling, it is necessary to deal with this problem through heat treatment and metal sand blasting.

The torsion spring is this relatively high-precision torsion spring accessory. The usual torsion spring machine cannot meet the requirements of 1800 degrees for the production of torsion springs. Usually, torsion springs are produced at home and abroad with torsion spring machines with relatively high precision. The machine can realize the forming and positioning of different angles and shapes. This is a more general-purpose computer numerical control universal machine, fully automatic production equipment. An elastic element widely used in torsion spring machines and electronic industries. The torsion spring can cause greater elastic deformation when loaded, converting mechanical work or kinetic energy into deformation energy, and the deformation of the torsion spring disappears and returns to its original state after unloading , Transforming deformation energy into mechanical work or kinetic energy.

1. Torsion springs control the movement of machinery, such as valve torsion springs in internal combustion engines and control torsion springs in clutches.

2. Torsion springs absorb vibration and impact energy, and torsion spring machines such as buffer torsion springs under cars and trains, and vibration-absorbing torsion springs in couplings.

3. Torsion springs store and output energy as power, such as clock torsion springs and torsion springs in firearms.

4. Torsion springs are used as force measuring components, such as dynamometers, torsion springs in torsion spring scales, etc. The ratio of the load to the deformation of the torsion spring is called the torsion spring stiffness. The greater the stiffness, the harder the torsion spring.