Canted Coil Springs is a unique elastic element derived from a straight rod and two or more V or W protruding shapes. Compared to traditional spring, cantilevers tilt in different directions, providing comfortable horizontal and vertical bending, and can withstand greater pressure. Strict manufacturing processes require careful design and manufacturing to ensure excellent performance and quality. This spring, it is widely used in fields such as automobiles, airplanes, and space, playing an important role in improving mechanical performance, reducing weight, and providing hardness.
There are various types of oblique coil springs, mainly divided into ordinary oblique coil springs and circular spring oblique coil springs. A regular oblique coil spring is formed by twisting rectangular metal wire into a cylinder and cutting it open to form two semi-circular spring pieces.
Then, it is welded or assembled to form a certain angle, which is called an oblique coil spring; The oblique coil spring is formed by adding an inclined plane to the circular spring. Its presence can be seen in industries such as aviation, automotive, and machinery, such as being used as a cushioning component in suspension systems and a vibration isolator in engines.
Different types of oblique coil springs have various characteristics and application scenarios, and users can choose according to their needs.
In conclusion, canted coil springs play a vital role in precision instruments, ensuring that they remain accurate and reliable. They provide constant force, absorb shock and vibration, and provide resistance to movement. Without canted coil springs, precision instruments would not be able to maintain the high level of accuracy that is crucial for scientific and industrial applications.