Abstract: The invention refers to a device for correcting penis curvature. The device includes at least two first rules linked together by a junction and adjustable therebetween along a hypothetical plan containing the first rules, which has rotation and translation between the first rules. A flexible measurement element is connected to the junction of the first rules. At least two second rules each of which being respectively fixed to one of the first rules, and perpendicularly to the first rules. The second rules are able to move in translation along the second rules lengths. The first rules permit a determination of a central penis axis and tangential lines on a penis. The second rules are used in a determination of perpendicular lines on the penis.

Abstract: The invention refers to a device for correcting penis curvature. The device includes at least two first rules linked together by a junction and adjustable therebetween along a hypothetical plan containing the first rules, which has rotation and translation between the first rules. A flexible measurement element is connected to the junction of the first rules. At least two second rules each of which being respectively fixed to one of the first rules, and perpendicularly to the first rules. The second rules are able to move in translation along the second rules lengths. The first rules permit a determination of a central penis axis and tangential lines on a penis. The second rules are used in a determination of perpendicular lines on the penis.

Abstract: The invention refers to a surgical method to correct penis curvature, as well as a method to determine the location of the main incision line, method to determine the geometrical distribution and size of forked ends of the main incision line and a method to determine dimensions of a defect, being all methods geometrical and auxiliary to a surgical intervention to correct penis curvature. Furthermore, the invention also refers to an auxiliary device for the surgery to correct penis curvature.