This invention discloses a loading and unloading conveying device for bearing housing production, belonging to the technical field of bearing housing production equipment. It aims to solve the problems of low loading and unloading efficiency, poor positioning accuracy, and low
automation in traditional bearing housing manufacturing. The device includes a clamping device, a gripping device, a flipping device, bearing housing fixtures, a first
robotic arm, and a controller. The clamping device is located within the flipping device, enabling stable clamping and precise 180° rotation of the bearing housing. The gripping device comes in two forms: a
robotic arm and a propulsion mechanism, adapting to different efficiency requirements. The bearing housing fixtures enable simultaneous placement and positioning of multiple bearing housings, working in conjunction with the gripping device to complete batch loading. The controller serves as the core, realizing the linkage control of all devices. This device can achieve
fully automated loading and unloading of bearing housings from the first to the second process,
processing multiple bearing housings in a single batch. It features high positioning accuracy, stable clamping, and significantly improves the degree of
automation and
processing efficiency, making it suitable for
batch production of various bearing housings.