The development of a planning/simulation tool for surgery demands the creation of three dimensional (3D) models of the breast that can be deformed in a realistic fashion, to reproduce known deformations imposed by surgery; however, the creation of such models is a challenging task due to the deformable characteristics of the breast, the lack of landmarks to define its shape and the complex nature of the deformations imposed by the surgery. To the best of our knowledge, there are currently no tools, other than surgical experience and clinical judgment , to predict the impact of BCS on the shape and deformation of the treated breast . In fact, the available solutions usually rely on generic models, are mainly targeted to plastic surgery (namely breast augmentation) and do not comprise complex deformations, such as the ones resulting from BCS. Moreover, they usually demand expensive and large equipment to scan patient’s torso and require expertise to handle those scans .