101, Building 9, Jicheng Science And Technology Innovation Park, No. 25, Sanle East Road, Shunjiang Community, Beijiao Town, Foshan, Guangdong, China +86-18038626853 [email protected]
101, Building 9, Jicheng Science And Technology Innovation Park, No. 25, Sanle East Road, Shunjiang Community, Beijiao Town, Foshan, Guangdong, China +86-18038626853 [email protected]
Programmable motion control supports repeatable coiling and adaptable production setups for different spring specifications.
The 3–4 Axis CNC Versatile Spring Coiling Machine is designed for manufacturers producing varied helical spring designs. Available in three-axis or four-axis configurations, it uses CNC-controlled movements to carry out programmed coiling sequences according to the required spring geometry.
The machine combines programmable operation with application-specific tooling, providing flexibility for different coil dimensions and production requirements. The appropriate configuration depends on the spring design, wire properties, and forming operations required.
Core Features
Specific axis functions, adjustment ranges, and controller features should be confirmed for the selected model.
Spring Production Scope
The machine is intended for helical spring coiling, with compression springs as a primary application. Depending on the configuration and tooling, suitable designs may include:
Feasibility should be confirmed for each spring drawing, including winding direction and end-coil requirements. Special hooks, legs, or other end forms require separate capability assessment.
Typical Applications of Finished Springs
Material Compatibility
Suitable wire materials must be evaluated according to grade, diameter, tensile strength, and surface condition. Contact us to confirm compatibility with your selected wire and spring geometry.
Information Required for Machine Selection
Contact us to confirm the recommended axis configuration, tooling, processing range, and production capability.
Three-axis and four-axis configurations should be compared by their assigned functions, not by axis count alone. Identify which movements need independent control for the intended spring design, then confirm how each configuration performs those operations. This helps match the machine to both current products and planned product variations.
EN
