Precision springs are also known as small springs. Because of their small wire diameter, which ranges from 0.06 to 1.0 mm, these precision springs are quite small. Let's take a look at the relevant introduction now.

Precision springs are applied in fields such as national defense, marine, aerospace, electronics, machinery, electrical engineering, and clocks. The parts made of elastic materials deform under the action of external force, and return to their original state after the removal of the external force. It is also called "spring". Due to its extremely small diameter, strong stability, stable force value, and high usage frequency, it is a precision spring with high requirements.

Precision springs are an elastic component widely used in various mechanical devices such as automobiles. When subjected to external loads, the spring can undergo significant elastic deformation; upon the removal of the external load, the deformation disappears and the spring returns to its original shape. This property of the spring enables it to play various different roles in many mechanisms and machines. Additionally, springs can convert mechanical work and kinetic energy into deformation energy, or convert deformation energy into kinetic energy or mechanical work. Therefore, springs are also components that convert energy.

Precision springs function as elastic components in machinery and their main functions are as follows:

(1) Measure the magnitude of the load, such as the spring in a spring scale.

(2) Store energy as a power source, such as the spring and winding mechanism used in clocks and instruments.

(3) Buffering and vibration absorption, such as the leaf springs on cars, various buffers in shock absorbers, and the springs in elastic couplings.

(4) Controlling the movement of mechanisms or the positions of components, such as cam mechanisms, clutches, valves, and various precision springs in speed regulators.