Resource Centre

Discover a wealth of knowledge and insights from the experts at StarFish Medical. Our Resource Centre offers product development tips, reviews of new and cutting-edge technologies, and in-depth articles on regulatory updates and compliance in medical device development.

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  • Project Review Meeting Elements

    How to ensure team members leave project review meetings feeling seen, heard, understood, and hopeful about future projects. This article discusses four proven project review elements that deliver a game plan to address key issues and drive improvements.

  • CM&S Improve Medical Device Development

    Computational modelling and simulation (CM&S) has been used for decades as an assistive tool for medical device design and development. Real-world examples of gathering evidence for submission to regulatory bodies, investigating fluid dynamics, structural, thermal, electro-magnetic, fluid-structure interactions, and other multiphysics problems.

  • Derisking Medical Devices Vibration Analysis

    The impact of vibration on medical devices can be understood through a combination of vibration analysis and testing. This article reviews medical devices most susceptible to vibration, provides basic theory and methods of vibration analysis, and summarizes the benefits of using modal analysis when developing medical devices.

  • Heart Valve Computational Simulation

    Simulation technologies are revolutionizing the field of heart valve repair and replacement, offering unprecedented insights and capabilities. Enhancing our understanding of valve mechanics, improving device design, optimizing surgical techniques, and enabling personalized treatments, simulations are paving the way for better cardiovascular care and patient outcomes. This article explores the transformative role of heart valve computational simulation in understanding, and treating heart valve diseases.

  • Starting Medical Device Project

    Four areas that can make or break a new medical device development project from the start. Experts identify actions and offer advice that helps ensure new medical device projects start on the right foot.

  • CM&S Medical Device Submissions Accessibility Alt description: FDA sign in front of FDA building that says "U.S. Department of. health and Human Services Food and Drug Administration"

    Summary of nine-step process for developing and assessing the credibility of CM&S for regulatory submissions in the FDA Guidance Document “Assessing the Credibility of Computational Modeling and Simulation (CM&S) in Medical Device Submissions (17th November 2023)”.

  • A close-up of a hand holding a small, capsule-shaped robotic device with visible internal components. The text overlay reads "Innovative Drug Delivery Methods Explained." The background is blurred, showing a clean, modern indoor setting.

    In this episode of Bio Break, Joris and Nick explore groundbreaking innovations in drug delivery systems, focusing on how advanced technologies are transforming the precision and effectiveness of medical treatments. From delivering medications to hard-to-reach areas like the brain to targeted oral delivery, this discussion highlights solutions that are redefining modern healthcare.

  • 12 Steps to Set up a Biomed Lab

    Opening a biomed lab includes managing multi-layer organizational involvement all the way from facilities to the head of operations. When starting a new lab from scratch, the first step is to fully understand the organization’s mission and business goals. This will impact how you approach setup and any purchasing decisions you make. This article describes 12 essential steps to set up a biomed lab.

  • A close-up of a scientist in a white lab coat, wearing a hairnet and blue gloves, examining a device in a biotech laboratory. In the blurred background, several other scientists in lab coats are working at lab benches. The text overlay reads "Biotech facility essentials.

    In this episode of Bio Break, Joris van der Heijden and Nick Allan discuss the critical role of specialized facilities in the successful development of medical devices. From testing laboratories to clean rooms, they explore the infrastructure needed to support innovation and ensure safe, effective products reach the market.