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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  • RoHS 3 Impact on Medical Devices Description: picture of green stop sign with "RoHS"

    RoHS 3 (EU 2015/863) expands the list of prohibited substances from 6 to 10 adding 4 phthalates. Learn if your device is RoHS 3 compliant.

  • Medical Device Artificial Intelligence

    Medical device artificial intelligence (AI) overview of  AI, applications and devices, investment landscape, and regulatory implications. 

  • Optical Technologies for Point of Care

    Overview of optical technologies for point of care (POC) medical devices that have been developed or show promise.

  • Biotech in medical device companies

    Biotech in medical device companies: 3 compelling reasons to pursue a Bio Services career in medical devices.

  • Battery safety for medical devices

    Overview of battery safety for medical devices addressing design issues related to size, form, capacity and performance demands on batteries.

  • An extreme close-up of a microfluidic device manipulating tiny volumes of fluid for biomedical applications, Microfluidics technology style, photo of

    This paper offers insights and case studies in designing and producing a reliable microfluidic device, then taking it through clinical testing to market. It highlights steps for testing device performance (part of regulatory compliance) and setting suitable acceptance criteria for successful market introduction.

  • COVID-19 Medical innovations

    Round up of Top 10 COVID-19 medical innovations from robotics to COVID 19 POC Diagnostic Tools, PPEs, and Portable dialysis machines.

  • Laser vision correction. A patient and team of surgeons in the operating room during ophthalmic surgery. Eyelid speculum. Lasik treatment. Patient under sterile cover

    Over the last six decades, the use of lasers in medicine has grown rapidly. Lasers are now commonly used both as diagnostic tools and in various treatment modalities. This whitepaper is designed for readers considering, choosing, or implementing a laser-based technology in the device they are developing. It discusses the principles of operation of lasers, their useful properties, and their interactions with biological tissues, along with a non-exhaustive overview of the myriad ways in which they have been applied in medicine.

  • Implement POC diagnostic platform optical detection

    Eight tips to help successfully implement a POC diagnostic platform optical detection with a disposable microfluidic cartridge.