Simulated precision
To gain deep knowledge and confidence in your device, it is critical to understand the pertinent stresses and strains your device is expected to undergo - for its full lifecycle.
Where design, consulting, and benchtop testing intersect to drive innovation in medical device development.
At G.RAU Inc., we bridge the gap between computational analysis, expert consulting, and real-world testing to ensure medical devices perform as intended. Our finite element analysis (FEA), conducted in collaboration with Engage Medical Device Services, provides predictive insights into how materials and designs withstand physiological deformations. We strive to advance industry expectations by developing high-fidelity models and analyses aligned with FDA reporting guidelines and ASME V&V 40 principles.
In parallel with our FEA engineering services, our consulting expertise supports design optimization and regulatory strategy to help ensure your device reaches the market safely and effectively.
We put our FEA analyses to the test through rigorous benchtop evaluations to ensure that our simulations align with the predicted real-world performance. Whether refining an early-stage concept or troubleshooting a critical design challenge, we integrate these disciplines to deliver reliable, clinically-relevant solutions that benefit both clients and patients.
Packaged with our tensile, DSC, and radial force laboratory services, we are able to characterize the thermomechanical properties to ensure the FEA simulations are tailored to your material.
