Taking Medical Device R&D Beyond the Standard
Endurica’s fatigue analysis tools give healthcare device and system developers proven technology to simulate real-world material performance. Our in silico workflows empower medical R&D professionals to understand and solve durability challenges in medical silicone components. Medical device and implant development teams meet corporate timelines by testing their specific material compounds, using the most advanced elastomeric durability analysis simulation workflows, and optimizing their designs with Endurica.
In Silico Fatigue Durability for Biotechnology, Medical Device Developers, and Healthcare Apparatus Manufacturing Firms
Simulate medical silicone durability early in your development process. The data produced by Endurica's software is both critical to technical development and powerful when included in Medical Affairs, Clinical, Regulatory, Commercial, and Corporate presentations.
Determine The Best Material for Your Needs
Simulate the durability of medical silicone compounds through the full range of motion in a replacement device to know which recipe best meets your requirements.
Optimum Component Lifespan
Endurica is a trusted partner helping with material selection and design to achieve operational life targets of critical components for medical device and drug delivery systems. Endurica’s fatigue analysis software helps you determine durability and optimize your design.
Solve Complex Design Challenges
Endurica is your solution for determining how long your elastomeric parts will last in Implants, Prosthetics, Reusable Medical Devices, In Vitro Diagnostics (IVD), Respiratory Devices and Home Health and Consumer Devices.
| Industry Requirement | Endurica Solution | Result/Benefit |
|---|---|---|
| Durability in Medical Devices | Endurica CL™ for fatigue life prediction in medical devices and implants | Develop medical devices and implants like replacement silicone knuckles to meet regulatory requirements and corporate timelines with Endurica’s original software program. |
Endurica DT™ simulates how medical silicone and elastomers change over time and tracks damage state evolution over the number of cycles applied, maximum strain energy density, and more. | Simulate how your device will endure the test of time within the demanding environment of the body. Endurica’s software helps medical device developers meet user requirements, corporate objectives and regulatory expectations. | |
| Heat Resistance and Long-Term Analysis | Endurica EIE™ analyzes full-length loading signals gathered during long-term testing | Enhance the safety and reliability of rubber components by analyzing actual use case data. |
Ensure Durability and Reliability for Your Medical Device Applications
Partner with Endurica to Meet Patient Needs, Regulatory Expectations, and Corporate Timelines
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Giving Arthritis the Finger: Customized Medical Device, Optimized for Durability with Endurica
Rheumatoid arthritis frequently affects the fingers and total joint replacement surgery is commonly required to restore patient hand/finger function and alleviate pain. The silicone elastomer proshtetic must endure at least 10 million cycles in which the finger joint is flexed through 90 degrees. Endurica was part of a presentation team describing why and how to leverage patient-specific anatomical data, non-linear structural simulation, fatigue simulation and shape optimization to generate a customized simulation workflow to enhance device design of a total finger joint replacement.
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