Photovoltaic bracket stamping process is an efficient and precise metal forming technology

The photovoltaic bracket stamping process is an efficient and precise metal forming technology, mainly used for mass production of bracket structural parts.
Its core processes include:
1. Material preparation: galvanized steel or aluminum alloy coils are selected, and they are sent to the stamping production line after shearing and slitting.
2. Die stamping: punching, bending, trimming and other processes are completed through multi-station continuous dies (such as progressive dies). Multiple features can be formed in a single stroke with an accuracy of ±0.1mm.
3. Automation integration: high-speed production can be achieved with a robot or conveyor belt, up to 30-60 pieces per minute, significantly reducing labor costs.
4. Quality control: online detection equipment monitors dimensions and surface defects in real time to ensure the integrity of the anti-corrosion coating. The advantages of this process are high consistency and low scrap rate (1%), which is suitable for large-scale needs in scenarios such as rooftops and ground power stations. Attention should be paid to mold wear maintenance to extend the service life.

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