Chess Magnet Dispensing Assembly Machine – 3D Model SolidWorks

Share a 3D model of a chess magnet dispensing assembly machine. Process description: 1. The magnet is reset in the tubular mechanism by itself, and the material is automatically circulated. Two cylinders are connected in series to push the magnets to the magnet assembly tooling plate for positioning. One cylinder pushes 8 magnets at a time, and pushes 2 times in total. The circulating cylinder ① moves to push the tooling plate and magnets to the automatic dispensing station. The dispensing robot works, and the 8 dispensing heads complete the dispensing in 2 times. At this time, the circulating cylinder ④ moves to push the tooling plate without magnets to the upper magnet station, and the circulating cylinder ① moves again to push the tooling plate to the dispensing station. This cycle… 2. The tooling plate with magnets and glue is pushed to the automatic pressing station, and the chess piece vibrating plate double material channel automatically feeds (2 pieces at a time), and the pressing mechanism works (to integrate the synchronization time of the assembly line, this pressing mechanism has a total of 4 arranged in sequence), pressing the chess piece and the magnet. Similarly, the other chess pieces, the king, queen, rook, horse, and elephant, are fed by five vibrating plates and pressed against the magnets separately. 3. After the pressing process is completed, the tooling plate and 16 chess pieces are pushed to the unloading station by the circulating cylinder ②, and the unloading manipulator grabs 16 chess pieces at a time and places them on the unloading box. The circulating cylinder ③ pushes the tooling plate onto the circulating belt, and the belt motor rotates to send the tooling plate to the circulating cylinder ④ action position to wait. 4. The entire reflux circulation path consists of steps 1, 2, and 3 in sequence.
The design purpose of this chess magnet dispensing assembly machine is to reduce the input of human resources and reduce labor intensity, reduce product quality problems caused by artificial emotions, and improve production efficiency. The equipment automatically feeds and dispenses, automatically assembles and unloads, and automatically circulates tooling.
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