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Develop Devices Faster

Only recently have both computational power and advanced FEA theory, such as the large deformation, fully coupled, thermo-poromechanics FE code recently developed at the University of Colorado, been developed with the ability to capture the challenging coupled multi-physics that occur in biological tissue.

Structural Integrity is working to commercialize and extend its FE capabilities to simulate a wide range of surgical and medical procedures. Through these capabilities, SI helps drastically reduce the amount of time it takes for a product to reach market by using simulation to reduce the time of a design cycle.

Time to bring a product to market

In 2010 it took an average of 31 months to take a 510(k) product and 54 months to take a PMA from concept to FDA clearance.

Sheldon et. Al., 2014
Estimated Costs of Delays for a 30 Person Company

Predictive Modeling provides device designers the ability to optimize their designs, by examining the impact of design changes and predicting device procedural outcomes without the added cost and time of conducting experimental studies.

8 Week Delay - $1.8 Million
Additional 20 Animal Study - $5.5 Million
Additional 100 Patient Study - $10.8 Million
Sheldon et. Al., 2014

Get Started Today

We’d love to get started on your project. Our team is ready to tackle any  project, big or small and we offer flexible options to help. Need something else? Contact us and we’ll put together a custom proposal just for you!

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Design Devices Effectively
Design Devices Effectively

Our detailed computational analytics accurately simulate physical conditions, which support new product development and refine medical procedures and practices.

Deliver Cost-Effective Solutions
Deliver Cost-Effective Solutions

The FEA modeling analytics are proven and used as benchmarks in laboratory tests. Our analytics save clients time and money by producing a final prototype and reduce potential delays or expensive trial testing. The predictive modeling provides data to support an FDA submission process to gain approval.

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