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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  • A stethoscope placed on a glowing digital circuit board, symbolizing the intersection of healthcare and technology in medical device innovation.

    Knowing the Limits for Successful Medtech Design Transfer

    In the fast-paced world of medical device development, ensuring a smooth design transfer is critical for product success. However, a common pitfall arises when limits around essential performance are not well defined. In his recent article for Medical Product Outsourcing (MPO), Dana Trousil, StarFish Medical’s Mechanical Engineering Team Manager, dives into the challenges and solutions for addressing these issues.

  • Root Cause Analysis

    Root Cause Analysis for Medical Device Development

    Overview of tools for Root Cause Analysis is an important tool in medical device development and manufacturing.

  • Predetermined Change Control Plans Accessibility Alt description: FDA sign in front of FDA building that says "U.S. Department of. health and Human Services Food and Drug Administration"

    5 Key Features of FDA Draft Guidance for Predetermined Change Control Plans (PCCPs) for Medical Devices

    Predetermined Change Control Plans (PCCPs) Draft Guidance with Implications for Medical Device Manufacturers and regulatory framework

  • continuous integration medical device Circuit Board

    How Continuous Integration Improves Medical Device Firmware

    Continuous Integration (CI) firmware will help medical device software developers show regulators that their code is of high quality.

  • Kevin Chaplin wearing a light blue shirt stands at a podium, speaking into a microphone. The podium features a colorful brain-themed logo and the text "Medical Device Playbook 2024." Behind him is a screen displaying the logo "Kardium" and a modern backdrop with blue and purple lighting. An audience is partially visible in the foreground.

    The Kardium Journey

    Kevin Chaplin, CEO of Kardium Inc., shares the remarkable story of Kardium’s rise as a pioneer in atrial fibrillation therapy.

  • Glenn Bindley speaks at a podium with a microphone attached to his collar. The background features blue and white tones, likely from a stage setup.

    How Redlen is Revolutionizing CT Therapy

    “From Scrappy Startup to Trailblazer: How Redlen is Revolutionizing CT Therapy” is now available as an on demand webinar.

  • Tom Afzal speaking at Medical Device Playbook Newport Beach 2024

    Competing with Giants – The Spinal Kinetics Story 

    Learn the entrepreneurial experience of launching a new product into a space dominated by a formidable competitor.

  • A syringe aimed at the center of a black-and-white target, symbolizing precision. The text overlay reads "Precision Drug Activation" with a blurred laboratory background.

    Bio Break: Drug Activation Devices

    In this episode of Bio Break, Joris van der Heijden and Nick Allan discuss an advanced category of combination devices: drug activation devices. Unlike drug delivery devices that transport medication to specific locations, drug activation devices ensure the drug becomes active precisely where it is needed in the body, reducing systemic side effects and enhancing therapeutic effectiveness.

  • A glowing AI chip embedded within a futuristic black and gold circuit board, symbolizing advanced artificial intelligence and technological innovation.

    A Practical Future of Developing AI for Medical Devices

    Artificial intelligence (AI) has rapidly become a transformative force across industries, but its application in medical devices presents unique challenges. In his article "A Practical Future of Developing AI for Medical Devices" for MD+DI, Thor Tronrud, a Research and Data Analysis-Focused Software Engineer at StarFish Medical, sheds light on bridging knowledge gaps, navigating regulatory constraints, and developing robust AI solutions for medical devices.