The present invention relates to a new chest correction orthosis, which is a small and lightweight digital new chest correction orthosis by making a resin frame based on the shape of the chest that changes during respiration, and a correction pad part composed of a filler made of a medical TPU film and open-cell resin. It is a prepared new chest correction orthosis. New chest correction orthosis according to the present invention is provided to cover the front of the chest, ribs, and the back of the chest pad portion (100); a chest compression unit 200 provided in the center of the breast pad unit 100 and contacting the new breast region; and a buckle part 300 arranged vertically in the center of the outer surface of the chest pad part 100 to couple the chest pad part 100 to each other. The breast pad unit 100 is provided in a plurality of side-by-side in the lateral direction on the outer surface of the breast pad unit 100 so as to tighten the side chest, and a side reinforcement unit 110 for fixing the breast pad unit 100 to the side chest. ); is characterized in that it is provided. The chest compression unit 200 is provided along the central inner circumferential surface of the breast pad unit 100 to correct a new breast region, and a screw insertion hole is provided to fix the chest compression unit 200 to the breast pad unit 100 . a fixed hole 210 provided; and an air tube 220 fixed to the breast pad part 100 by the fix hole 210 and containing a filler provided in a dual structure of a medical TPU film and an open-cell resin. The chest compression unit 200 is provided along the central outer circumferential surface of the chest pad unit 100 to correct a new chest region, and a control box 230 for adjusting the compression strength of the chest compression unit 200 is provided. , The control box 230 includes an input value adjusting tool 231 for externally adjusting the compression strength of the chest compression unit 200; and a monitor sphere 232 for displaying the input value of the input value control sphere 231 .
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