| 摘要 |
The present invention relates to a spine correcting tool using a 3D scanner and a 3D printer. A spine correcting tool for correcting and treating an orthopedic disease of the spine is customized and produced corresponding to individual body conditions of a user, so a more effective treating effect can be obtained. According to the spine correcting tool of the present invention, a hip seat plate suitable to a user, a back support plate (2) for supporting the back of a user, and a connection plate for connecting the hip seat plate and the back support plate are produced by means of a 3D printer through a radiograph such as X-ray, CT, and MRI of a patient suffering from scoliosis and 3D body type photograph data obtained by photographing a back part and a side part of a sitting patient by using a 3D scanner. A plurality of laterally and lengthily extended guide holes are formed at longitudinally regular intervals in both sides of the back support plate, and cut holes connected with the guide holes are formed in both side surfaces of the back support plate by being vertically and lengthily cut. An insertion bar formed in a long bar shape is formed in one side of the back support plate to be inserted in the guide holes through the cut holes, and a closely placed and pressing unit is formed in the other side of the back support plate to be closely placed on the flank of a patient while constituting a curve in a front direction. The insertion bar includes a plurality of correcting bars each of which has two fixing bolts mounted on the insertion bar to press the rear surface of the back support plate and to fix the insertion bar. |
