HI-FIDELITY DESIGN

Body Scientific's high level of medical understanding, research and design is used to create Hi-Fidelity training prototypes. Our team researches each topic thoroughly and applies the most up-to-date information to every design. We then create 3D renderings to test form and fit. Using the latest in 3D printing technology we create prototypes that can be tested and modified to achieve the real world feel of product use. High-fidelity anatomical models can mimic real life anatomy for training.

Example: Designing a coronary stent testing platform

Concept Sketch Conceptualizing what the final product might look like	Functional Discussions Planning the functional part of the product	Concept rendering Developing a slightly tighter rendering for presentations.
R&D of human coronary vessel Studying the internal dimensions of a coronary artery and creating the first 3D vessel setup	Coronary plaque design Creating coronary plaques with less than 4mm openings	It's really small! Printing 3D generated plaques and testing size and fit.
Proof concept Testing the feel of the stent through the artificial vessel	Bends and narrowing lumen Inside, the diameters are equal to a real coronary vessel with plaque constriction	Flexibility of 3D Printing in 3D allows us to experiment with multiple options at once
Cardiac 3D Design Checking vessel fit on our heart scaffolding	Proof of concept 3D print	Coronary vessel test Our multi-peg setup allows the user to reroute vessel as needed

HI-FIDELITY DESIGN

Example: Designing a coronary stent testing platform

Concept Sketch

Conceptualizing what the final product might look like

Functional Discussions

Planning the functional part of the product

Concept rendering

Developing a slightly tighter rendering for presentations.

R&D of human coronary vessel

Studying the internal dimensions of a coronary artery and creating the first 3D vessel setup

Coronary plaque design

Creating coronary plaques with less than 4mm openings

It's really small!

Printing 3D generated plaques and testing size and fit.

Proof concept

Testing the feel of the stent through the artificial vessel

Bends and narrowing lumen

Inside, the diameters are equal to a real coronary vessel with plaque constriction

Flexibility of 3D

Printing in 3D allows us to experiment with multiple options at once

Cardiac 3D Design

Checking vessel fit on our heart scaffolding

Proof of concept 3D print

Coronary vessel test

Our multi-peg setup allows the user to reroute vessel as needed