3D Volumetric Rendering of Calcaneus Fractures @HighImpactLegalExhibits

Uploaded January 2014 | Updated September 2026, 1 hour ago

High Impact is the nation’s leading visual litigation and science studio, providing illustrations, animations, interactive presentations, and virtual reality exhibits for companies spanning biomedicine, engineering, and litigation. Their award-winning team of visual strategists, artists, doctors, and developers build and customize visual strategies for any project in which complex information needs to be simplified and communicated accurately and understandably.

Learn more at highimpact.com or give us a call at 800-749-2184.

3D Volumetric Rendering of Calcaneus Fractures

Digital Injury Summary - Demonstrate Massive Injuries

Melanoma Animation - Medical Malpractice Animation

Happy Holidays from High Impact - Animated Anatomy of the Snowman

$Animated ‘Mechanism of Injury’ Falling Down Stairs Animating your client’s mechanism of injury can add significant value to your case because it demonstrates how and why an incident directly caused specific injuries. However, laying the proper foundation for an MOI animation requires a biomechanical expert to verify the accuracy of each and every frame of your animation. At 30 frames per second, this can sometimes take days or even weeks. How can you accurately demonstrate your clients mechanism of injury without going through this long and expensive process? We focused this MOI animation on only the moments that matter most to the plaintiffs damages. The biomechanical expert needed to verify only 8 frames - instead of 300+ frames. The result was a highly effective, legally admissible 3D animation charting the important moments of the plaintiffs fall down stairs. We were able to deliver an accurate, admissible animation in a fraction of the time without sacrificing any of the impressive three-dimensional quality needed to make an impact on viewers, said High Impact Forensic Animation Lead Lawrence Pasion. Read the entire case study: http://highimpact.com/case-studies/Animated-Mechanism-of-Injury-Moments-in-Time$

Animation: Normal Brain Anatomy and Function

Open Reduction Internal Fixation of T4 with Posterolateral Fusion from T2 to T7

Cellular Brain Injury - Medical Animation

$17.8M Record Verdict: Animated Malpractice in Birth Injury

How Talcum Powder Contaminated With Asbestos Causes Cancer