This invention relates to the field of powdered pharmaceutical mixing technology, specifically a powdered pharmaceutical mixing process
system, including a main conveyor line, a transfer device, a dry mixer, a wet mixer, a tilting and unloading device, a
mixing tank, several pallets, and several transfer containers. The main conveyor line is used to transport and transfer the transfer containers. The transfer device is used to move the
mixing tank to the dry mixer, the wet mixer, and the tilting and unloading device, respectively. This invention utilizes the main conveyor line and the transfer device to connect and cooperate with the dry mixer, the wet mixer, and the tilting and unloading device, respectively, to achieve full
automation from the transfer of
dry powder materials into the explosion-proof room to the
dry mixing, wet mixing, and then the transfer of the
mixed materials outside the explosion-proof room. This reduces manual operation, improves production efficiency, and effectively prevents dust
spillage during the mixing process, reducing environmental
pollution while improving safety.