Medicine 3D

medical animation of Medical animation reel. I am a medical 3D artist and designer with over 20 years of experience creating animation solutions for ophthalmology clinics. My work helps medical organizations solve key problems: from increasing patient loyalty to strengthening scientific authority at the international level. Today Im focused to find new points of contact around the world to provide new Visual experience for Medical experts.
medical illustration of Visualization of human eye surgery. The detailed anatomy of the structures and tissues of the eye elements is shown. Since I have been specializing in visualizations of the eyes for ophthalmologists for many years, this model is already at least the 10th version of the model that I create from scratch using anatomical atlases. In this model, I tried to focus on the detail at the cell level, and tried to perform visualization at a high end level. Ophthalmology project.
medical illustration of 3D visualisation of the angle of the anterior chamber of the human eye. It shows the trabecular meshwork, ciliary body, suspensory ligaments, the contour of lens, iris root with inside structural muscles. This image is a part of ophthalmology visualisation project show in my portfolio.
medical illustration of The visualization shows the human eye lens from a posterior chamber view, there is a lens and its ligamentous apparatus. The ciliary body and the cinna ligaments, which hold the lens and help to change its shape when looking into the distance or up close. This image is a part of ophthalmology visualisation project show in my portfolio.
medical illustration of This is a frame from the animation of the PhysIOL FineVision IOL (intraocular lens) product. This 3d model was made for the ESCRS 2020 video presentation. Such a lens is used to replace the lens of the human eye during a phacoemulsification operation. This lens has some special features, such as a diffraction optics that allows the eye to focus at several focus points at once. Check out the feature animation in my portfolio.
medical illustration of 3d model IOL was made for exhibition stand. Such lens is used to replace the lens of the human eye during a phacoemulsification operation. This lens has some special features, such as a special haptic elements for stitching inside the eye.
medical animation of Using one of my 3D models of IOL from past project (made for ESCRS 2020) to test out my visualisation skills and new production render pipeline.
medical illustration of The model was created during the lockdown during the covid virus pandemic in 2020, the details of the structure were reproduced based on images in the media and on the Internet. This image is part of visualization project, check other images in my portfolio.
medical illustration of The model was created during the lockdown during the covid virus pandemic in 2020, the details of the structure were reproduced based on images in the media and on the Internet. This image is part of visualization project, check other images in my portfolio.
medical illustration of 3d model of IOL injector сartridge. It used to inject flexible IOL inside the human eye during a phacoemulsification operation thought small incision about 2 mm in size.
medical illustration of 3d model of IOL injector in full set. It used to inject flexible IOL inside the human eye during a phacoemulsification operation thought small incision about 2 mm in size.
medical illustration of Experimental 3D Visualization Pipeline: Unveiling of a DNA molecule inside the X chromosome.
medical animation of 3D animation made by @Medicine3D, showing camera moving inside the eye through the pupil to the retina. Ophthalmology visualisation is my specialization.
medical illustration of Frame from animation showing the step of ophthalmological operation of intraocular fixation of IOL, a special technique is used to guide the thread through the haptic and fix the lens in an eye that lacks or damages the capillary sac.
medical illustration of Frame from animation frame showing the stage of an ophthalmological operation to implant an artificial iris in the eye. A special technique is used to place the iris in the eye in a folded state and then straighten it inside the eye for further fixation.
medical animation of This setup shows the rigging of the all 6 human eye muscles that moves it in all directions. The eyes interactively follows the point that set as point of view.
medical illustration of A still frame from the animation showing the stage of formation of the Hoffman pocket, we also see the installed iris retractors, which allow for pupil dilation in case of weakness of the ciliary muscles, in the direction through the created pockets causing the IOL to be sutured.

Profile

Michael Vaulin (Medicine 3D) is a distinguished specialist in medical 3D visualization, design, photography and videography, and multimedia technologies. Since 2003, while working at the S.N. Fedorov National Medical Research Center for Eye Microsurgery (MNTK "Eye Microsurgery"), he pioneered the development and routine implementation of a highly detailed 3D model of the human eye—the first of its kind in Russia. This innovative solution powers the creation of animated films that accelerate the training of young professionals, showcase cutting-edge technologies and methodologies within the medical community, and vividly convey complex information to patients in an accessible way. Presentations featuring these films elevated the branch's standards, and subsequently propelled the entire Federal Center for Eye Microsurgery to global prominence in the quality of visual storytelling in scientific reports. This achievement is underscored by a series of top-tier awards won by the center's experts at international congresses, including ASCRS, ESCRS, SOE, and others.

Style/Techniques

Animation, Information Graphics, 3D, Models, Microscopy

Subject/Specialties

Allergy / Immunology, Anatomy, Biology, Biotechnology, Cell biology / Histology, General Medicine, General Surgery, Genetics, Medical Devices, Molecular Biology, Ophthalmology, Pharmacology, Virology