This utility model discloses a sheet
metal temporary storage device. The device includes a base, a position adjustment component, a storage component, and a transfer component. The base has a calibration
station and a storage
station. The position adjustment component is positioned corresponding to the calibration
station. The storage component is located on the base and corresponding to the storage station. The transfer component is movably mounted on the base and is used to feed the sheet
metal into the storage component and to retrieve it from the storage component. The sheet
metal retrieved from the storage component can be transferred to the calibration station via the transfer component, where the position of the sheet metal is calibrated and adjusted by the position adjustment component. The position adjustment component is located at one end of the transfer component in the horizontal direction, and the storage component is located on one side of the transfer component in the vertical direction, and is positioned opposite to the position adjustment component. This utility model enables the sheet metal to enter the next process with the correct posture and position, achieving automated
processing and higher
processing efficiency. It also better ensures the position of the sheet metal and improves
processing quality.