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]
Independently controlled forming tools and programmable wire rotation provide flexible multi-directional processing for springs and precision wire forms.
The Camless Wire Forming Machine with Wire Rotation is designed for producing springs and formed-wire components with complex bends, coils, legs, and hooks. Its camless architecture controls the forming tools independently, while the wire rotation system changes the material orientation during processing.
This combination allows bends and forming operations to be completed on multiple planes without relying on conventional mechanical cams. Digital adjustment supports flexible product setup, making the machine suitable for manufacturers handling varied components, recurring orders, and frequent production changeovers.
Core Features
The number of controlled axes, wire rotation range, processing dimensions, and optional functions should be confirmed for the selected machine model.
Compatible Products
With suitable programming and tooling, the machine can be evaluated for:
Product feasibility depends on the wire material, component geometry, forming sequence, tooling access, and required tolerances.
Typical Applications
Material Compatibility
The machine can be configured for suitable carbon spring steel, stainless steel, alloy spring wire, and other formable metal wires. Material compatibility must be confirmed according to the grade, wire diameter, tensile strength, surface condition, and minimum bend requirements.
Information Required for Machine Selection
Custom options are available. Contact us to confirm the suitable model, tooling, axis configuration, and production solution.
Each forming tool is controlled according to the programmed production sequence rather than being mechanically linked to a traditional cam plate. Tool positions, timing, and movements can therefore be adjusted digitally for compatible products, providing greater flexibility when developing complex parts.
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