Abstract: An optimized breast implant injector includes a hollow tube body and a plunger. The hollow tube body has a short tube reducer at one end and a circular disk at the other end. The plunger includes a push block, a driving device, and two fixed covers. The outer surface of the push block appears to be a circular arc shape. The driving device includes a rotating part, and a driving gear, a driven gear and a rack that mesh together. A user uses the rotating part to easily start the driving gear, the driven gear, and the rack, in order to let the rack drive the push block to move the breast implant in the hollow tube body. Through operating a short tube reducer of the hollow tube body and the push block, the breast implant can be pushed through from the short tube reducer easily.

Abstract: An optimized breast implant injector includes a hollow tube body and a plunger. The hollow tube body has a short tube reducer at one end and a circular disk at the other end. The plunger includes a push block, a driving device, and two fixed covers. The outer surface of the push block appears to be a circular arc shape. The driving device includes a rotating part, and a driving gear, a driven gear and a rack that mesh together. A user uses the rotating part to easily start the driving gear, the driven gear, and the rack, in order to let the rack drive the push block to move the breast implant in the hollow tube body. Through operating a short tube reducer of the hollow tube body and the push block, the breast implant can be pushed through from the short tube reducer easily.