- No. 688, Jinji Road, Xiangzhou, Guangdong, China
We have independently developed an automatic changeover technology for multi‑variant sheet metal dies – enabling fast, efficient, and fully automatic die changeover.
Effectively minimizes the number of dies needed, while reducing costs and enhancing operational efficiency.
Our quick‑change progressive dies produce home appliance sheet‑metal stampings, including AC tube plates, motor brackets, side panels and washing machine cabinet parts.Shared‑die design reduces tooling costs.
High‑precision progressive stamping dies for automotive interior sheet‑metal components. Covers instrument panel skeletons, cross‑car beam, console brackets and seat adjustment parts.
Achieve one‑key automatic changeover among five product variants within a single die.
Independently designed multi‑circuit pneumatic control switches and cylinder layouts connected to the changeover mechanism.
The automatic changeover mechanism meets the customer’s requirement for one‑key automatic product changeover.The changeover mechanism operates smoothly, with stable pneumatic pressure in connection with the press, and no jamming during action.
The radiator fin die incorporates multi‑product common‑die automatic changeover technology, enabling rapid switching between different models within a single die through modular design and pneumatic control.
The AC side panel die replaces manual changeover with cylinder actuation and pneumatic linkage for one‑key simultaneous switching – fully automated, delivering rapid, precise, error‑free model changes that significantly improve OEE
Three product variants share one common die with changeover capability. The variants differ in overall length and hole positions. When switching between different variants, the die can be quickly reconfigured by disassembling and reassembling certain components, with each changeover completed within 30 minutes.
Uses pneumatic cylinders to switch the working states of mold changeover components, replacing conventional manual changeover methods (such as clamping block structures and pull-out structures).
Utilizes pneumatically linked cylinders to achieve one-key control of simultaneous switching for multiple features, avoiding human errors such as incorrect or missed operations during manual changeover
Truly realizes one-key automated mold changeover
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