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]
A robust multi-axis solution for forming demanding compression springs with controlled coil diameter, pitch, length, and cutting sequences.
The 5 Axis Heavy-Duty CNC Compression Spring Coiling Machine is designed for manufacturing larger or high-strength compression springs within the machine’s confirmed processing range. Its five-axis CNC system coordinates wire feeding, coil forming, pitch adjustment, and cutting according to the programmed spring design.
A rigid machine structure and application-specific tooling support stable processing under demanding forming conditions. Digital controls simplify parameter adjustment and make the machine suitable for recurring orders, varied spring geometries, and industrial batch production.
Core Features
The specific axis functions, wire range, maximum spring diameter, cutting capacity, output rate, and achievable tolerances should be confirmed for the selected model.
Compatible Spring Types
Depending on the machine configuration and tooling, the equipment can be evaluated for:
Each product should be evaluated according to its wire properties, coil dimensions, end configuration, load requirements, and cutting method.
Typical Applications
Material Compatibility
The machine can be configured for suitable carbon spring steel, alloy spring wire, stainless steel, and other spring materials. Compatibility depends on:
Information Required for Machine Selection
Custom options are available. Contact us to confirm the appropriate model, tooling, processing capacity, and production solution.
Larger-diameter or higher-strength spring wire generates substantial forming and cutting loads. Machine selection must therefore consider material tensile strength, coil ratio, required cutting method, and tooling capacity—not wire diameter alone. Production trials with the intended material are recommended.
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