Background: Radiology has improved dramatically since its origins supported by physics and computer science. Regarding the latter image processing, based on software and user interface developed by commercial brands, has become a fundamental tool for understanding, interpreting and learning of anatomy and pathology. 3D images breakthrough allows us having a much more advanced, detailed and sophisticated image. This article introduces 4D imagine by Siemens SOMATOM Sensation Computerized Tomography (CT) system with Syngo DICOM (Digital Imaging and Communication in Medicine) viewer and by InSpace 4D application. In Space adds on the four dimension, the movement as a new feature. Methodology: Images were taken by a Magnetic Resonance (MR) Phillips 1.5 Tesla and a Siemens SOMATOM Sensation 40 CT and handled with a Siemens Syngo Viewer at a LEONARDO station using InSpace 4D application. Results: Several 3D imagines are described highlighting removal of unwanted structures. Discussion: teaching and learning improvements due to 3D imagine usage. Conclusion: InSpace 4D application allows us to understand and learn anatomy in a much more simpler way, being the anatomical structures removal and isolation the main breakthrough of this application.