At the same time the last decade is characterized by explosive development of medical equipment. Non-linear diagnostics (Bioplasm nls) is one of the most shining examples of practical implementation of scientific progress achievements into diagnostics of a wide range of illnesses. Introduction of three-dimensional NLS-graphy (Bioplasm nls) allowed to overcome a number of shortages and limitations of NLS and gave an incentive to further development of the method. Development of new algorithms of organs reconstruction promoted extending of Bioplasm nls-graphy’s application field. A possibility of reconstruction of images with overlay crosscuts and rendering of high-quality three-dimensional models without invasion and breaching of organ’s functions has become the optimal tool in solving of many diagnostic goals. The main features of Bioplasm nls-graphy are its objectivity, high resolution capacity, a possibility to get a three-dimensional image of an organ, and, of course, its non-invasive character. Besides, Bioplasm nls-graphy allows to study not an organ or its segment only, but surrounding tissues as well.