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In conventional die designs, operators must load and unload parts inside the press, which presents safety hazards. GDM adopts a movable lower die configuration, allowing part loading and unloading to be performed outside the press, thereby enhancing operational safety.
Riveting dies are widely used in industries such as home appliances, electronics, and automotive components, particularly in applications that require high‑strength, weld‑free joining of multiple metal parts.
Typical applications include precision riveting of air conditioner outdoor unit chassis and compressor screws, ensuring reliable compressor fixation during long‑term operation; and multi‑point clinching of pressure cooker insulation cover assemblies, guaranteeing structural stability and sealing performance under high‑temperature, high‑pressure conditions.
Applications include insert riveting of electrical control boxes and nuts, providing a robust mounting base for subsequent PCB or terminal block assembly; as well as micro‑riveting of electronic connectors and terminals, meeting the dual requirements of electrical conductivity and mechanical strength in precision electronic products.
Automatically eject the lower die out of the press to allow product placement outside the press.
Using cylinders connected to the lower die, together with position sensing devices for the movement sequence, achieved through precise mold structure design and machining processes.
• The automatic ejection mechanism meets the customer’s requirements for safe production operation.
• The ejection mechanism operates smoothly, with stable pneumatic pres.
Riveting dies are commonly used in home appliance, electronics, medical and other industries. Typical applications include riveting for air conditioner base pans and feet, compressor screws, electrical boxes with nuts, and thermal insulation cover assemblies of pressure cookers.
The cylinder is connected to the lower die together with a positioning sensor for motion sequence. With precise mold structural design and machining process, the automatic ejection mechanism runs smoothly. Connected to the press air circuit, it maintains stable air pressure with no jamming and achieves accurate positioning.
Sensors are installed at each component position on the lower die of the indoor unit mold to verify correct part placement. The sensor detection system operates smoothly and interlocks with the press circuit for precise operation, improving operational safety.
If parts are missing or incorrectly placed on the lower die, the press will detect the abnormality and stop automatically. GreeDaikinMold adopts in-die part detection with circuits interlocked with the press and one-touch control. For manual operation, this prevents missing or misplaced parts, boosting production efficiency and extending mold service life.
Riveting dies for home appliance and automotive parts assembly feature cylinder-driven automatic ejection and one-key pneumatic control, enabling safe loading/unloading outside the press for both efficiency and operator safety
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