A multi-station full-automatic testing equipment

Abstract

This disclosure provides a multi-station fully automated testing device, belonging to the technical field of testing equipment. The multi-station fully automated testing device includes: a frame with a support plate mounted on it; a turntable mechanism mounted on the support plate, the turntable mechanism having multiple stations, including a loading station, a discharging station, and at least one testing station, the turntable mechanism being used to sequentially transport products to be tested; a clamping component for fixing the products to be tested; a testing component for inspecting the products to be tested; an identification component for acquiring information about the products to be tested; a picking component located on the frame at the loading and discharging stations, the picking component transferring the products to be tested; and a control component located below the frame, the control component being electrically connected to the turntable mechanism, clamping component, testing component, identification component, and picking component. This multi-station fully automated testing device improves testing efficiency, reduces the false negative rate, and lowers testing costs.

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