Nursing Medical Procedure Animations | 3D Medical Illustration

A collection of medical animations shorts depicting nursing procedures:

Segments in the movie above include:

Esophageal Tracheal Double-Lumen Airway: Replacement with an Endotracheal Tube; Esophageal Tracheal airway removal after replacement with Endotracheal Tube
Pulmonary Artery Catheter Insertion; Pulmonary Artery catheter insertion
Pericardiocentesis; Needle insertion into pericardial sac
Subcutaneous Injections; A method of subcutaneous injection for medication, gauze application to skin after injection
Arterial Puncture; Arm artery blood flow and arterial blood drawing
Small-Bore Feeding Tube Placement; Insertion of feeding tube
Abdominal Paracentesis; Paracentesis needle insertion into the abdomen
Subcutaneous Injections; Jet-Injector for medication injection
Medication Administration Via Small Volume Nebulizer; Patient taking medication through nebulizer
Arterial Catheter Insertion; Arterial dilation for catheter insertion into arm
Balloon Insertion for Epistaxis; Epistaxis balloon devise inflation
Endotracheal Intubation; Bag valve mask preoxygenation
Leopold’s Maneuvers; Leopold’s maneuvers applied to pregnant woman
Airway Positioning; Jaw-thrust airway postion maneuver
Bone Marrow Aspiration and Biopsy; Bone marrow aspiration needle insertion procedure
Esophageal Tracheal Double-Lumen Airway: Replacement with an Endotracheal Tube; Laryngoscope repositioning esophageal tracheal airway
Finger Web Space Nerve Block; Position of syringe for digital nerve block

In Trinity’s nursing procedure 3D medical procedure animations, we tackle the challenge of creating crystal clear, medically accurate illustrations of important nursing procedures. Compared to 2D animation, the realism of 3D medical illustration provides viewers with a more refined visualization and understanding of the procedures. 3D medical procedure animations communicate complex information through unique visuals that medical books and live camera footage can’t accomplish: making the information easier to interpret and more memorable for nursing students.

Trinity’s medical animations not only provide medical staff with instruction but display visuals of what occurs inside the body while performing an Epistaxis balloon devise inflation procedure.

This is a 3D rendered image of a nurses hands pushing on a pregnant woman's stomach performing the Leopold's maneuvers. The animation is allowing you to see the infant inside of the stomach so viewers can understand what the procedure is accomplishing. — This still image from the medical animation is instructing how to perform Leopold’s maneuvers to a pregnant woman. It is a good example of how the animators display both the inside and outside of the body with hyper-realistic textures.

The published material is actually a composite of samples from a broad array of source animations: each source animation depicts the complete, multi-step procedure from start to finish. The nursing procedures Trinity illustrates may be employed by today’s nursing professionals as frequently as daily or weekly. Consequently, they are critical for “real-life” nursing practice in hospitals and busy clinics; as they can have a big impact on patient’s outcome. Our task was to provide an accurate view of each step in proper sequence and in reference to an accurate image of the affected body structures. The success of each procedure depends on the nurse’s ability to first correctly position the patient’s body prior to use of any medical tools. Hence the ability of Trinity to picture the patient’s body and nurse’s hands correctly in 3D space is key to the instructional value of each source animation. Only 3D animation allows views of the body structure and the medical tools from all angles as needed for clear instruction.

The nursing professional must also have a clear understanding of the inter-relationship of layers of affected body structures: some visible, some hidden from view. To address this need, Trinity animators intentionally boast the opacity (solid and non-transparent quality of an object) and the detail of those structures closest to the interior of the body and makes those structures which are found at the surface of the body structure partially transparent. This technique can be seen in use in the intubation section and others in the nursing procedure composite.

Projects typically start with a client’s script explaining the details of what they would like included in their medical procedure animations. The animators are normally provided with photographs and diagrams of the imagery that will inspire or act as reference for animation development. From this our first draft animation is developed and then fine tuned to a completed and delivered project.

This is a 3D rendered image from medical animations showing doctors hands coming from the left side of the screen and performing a needle insertion into the pericardial sac on the back of a patient. This image specifically displays the hyper realistic textures of the 3D materials. — **Hyper-realistic textures are prominently displayed in the skin, clothing, rubber gloves, as well as the plastic in this still image of a needle insertion into the pericardial sac.**

Our medical procedure animations are built on a foundation of eight highly-detail and anatomically accurate human models: four ethnicities and two genders. These foundational models were the original work of Trinity Animations representing virtually thousands of artist hours. Great care was taken to build in extraordinary detail the components of the entire human body: skeletal system, muscles, tendons and ligaments, circulatory system, nervous system, brain and nervous system as well as realistic skin and hair. Working on a script provided by our client and guided by our individual expert author, Trinity creates original, custom medical animations of complex medical procedures.

This 3D rendered image is displaying a medical tool called a jet-injector injecting into a humans body. The skin which it is injecting into is displayed in layers to inform the viewer exactly how it works. — **This shot from the medical animations allows the viewers to understand how a jet-injector for medication works once it is penetrated through different layers of the skin and into the body.**

By 2022, there will be far more registered nurse jobs available than any other profession, at more than 100,000 per year. With more than 500,000 seasoned RNs anticipated to retire by 2022, the U.S. Bureau of Labor Statistics projects the need for 1.1 million new RNs for expansion and replacement of retirees, and to avoid a nursing shortage.

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