Smart locker sheet metal stamping is a manufacturing method that uses metal sheets (such as cold-rolled steel sheets, galvanized sheets, etc.) as raw materials, and uses stamping equipment and exclusive molds to process the sheets into smart locker cabinets, door panels, partitions and other components through punching, bending, stretching and other processes. From sheet unwinding and feeding to precise stamping and forming, and then through processes such as grinding, welding, and surface treatment (such as spraying, electroplating), the original flat sheet is transformed into a smart locker component with storage function, regular structure, and details such as smart lock installation positions and ventilation holes, laying the foundation for the assembly and function realization of smart lockers.
Features | Details |
High precision | The stamping die can reach an accuracy of ±0.05mm, which allows the cabinet door and cabinet body, partition and frame to fit accurately, closing the door smoothly, and the storage space is neat, which improves the user experience |
Good strength | After the stamping process, the internal stress of the metal plate is redistributed, and the strength and rigidity of the components are enhanced. It can withstand frequent daily opening and closing, heavy pressure of objects, and is not easy to deform |
Excellent efficiency | The automated stamping line with multi-station dies can complete the stamping of several to dozens of parts per minute. In mass production, cabinet components can be quickly supplied to shorten the production cycle |
Strong customization | By replacing the die, the size, shape, and hole position of the stamping parts can be flexibly adjusted to meet the customization needs of smart lockers with different capacities (such as the number of single cabinet grids, cabinet size) and functions (with charging module installation positions, special lock adaptation) |
Smart locker sheet metal stamping products focus on the needs of smart storage scenarios. The raw materials are selected from high-quality cold-rolled steel plates (common thickness 0.8-2mm), galvanized plates, etc., which are precisely cut by laser cutting and enter the stamping stage. Using professional molds, one or more stampings are performed to form key components such as the side panels, top panels, and door panels of the cabinet. For example, the smart lock holes and ventilation holes on the door panels, the reinforcement ribs and assembly buckles of the side panels can all be accurately formed during the stamping stage.
The stamped parts will be surface treated. The spraying process makes the cabinet wear-resistant, rust-proof, and beautiful, with rich optional colors to suit different scene styles; electroplating treatment further enhances the rust-proof ability and is often used in smart lockers in humid environments. After welding, grinding, and assembly, the stamped parts are combined into a complete cabinet, and matched with an intelligent control system (such as face recognition and code scanning to unlock), it provides efficient, safe, and durable storage solutions for factories, schools, gyms, office buildings, and other places, helping to make space management intelligent and standardized.