1.Clock Spring Material Selection
A high-quality, durable metal strip, often steel or stainless steel, is chosen based on the clock spring's required properties, such as flexibility, strength, and resistance to environmental factors.
2.Cutting and Shaping
The metal strip is cut to the correct width and thickness. It's then shaped into a long, flat strip if it wasn't already in this form.
3.Winding
The flat metal strip is tightly wound into a spiral or coil. This can be done using specialized machinery that ensures the spring is wound to the exact specifications, including the correct diameter and tension.
4.Heat Treating
The wound spring may undergo heat treatment to improve its strength and elasticity. This process involves heating the spring to a specific temperature, then cooling it under controlled conditions.
5.Clock Spring Finishing
The clock spring's ends are often finished or treated to allow for easier installation and to improve its connection to other components. This may involve bending the ends into hooks or loops, or adding fixtures.
6.Testing and Inspection
Finally, the completed clock spring undergoes testing to ensure it meets all specifications for tension, flexibility, and durability. Quality control measures are stringent to ensure the spring functions reliably in its intended application.
