Abstract: Disclosed is a magnifying glass for skin diagnosis capable of acquiring a distortion-compensated skin image, and more particularly a magnifying glass for skin diagnosis capable of acquiring a magnified skin image and at the same time compensating for distortion occurring at the time of acquisition of the magnified skin image to provide an observer with a distortion-compensated, magnified skin image, thereby improving visibility, and therefore the observer can more clearly and vividly observe the skin. The magnifying glass includes an optical/light radiation structure, a light emission controller, and a housing.