The invention relates to an anti-collapse medical infusion rack, comprising a base and a rod body arranged on the base. A suspension frame is arranged at that top of the rod body for hanging an infusion bottle; a first cushioning module is arranged at the bottom of the base, and is used for cushioning and anti-falling; a plurality of fixing bases respectively evenly distributed around the base. One end of each rotating lever is rotatably connected with each corresponding fixed seat, and each rotating lever is provided with a cushion block for cushioning and preventing collapse, and after the rotating lever rotates around the fixed seat to the horizontal direction, the cushion block approaches or contacts the ground. Compared with the prior art, the invention can increase the contact area with the ground through the balancing plate, thereby playing the role of balancing the infusion rack and preventing from being knocked down.