Lorenzo Johnson’s Post

When it comes to medical devices, misconceptions run rampant, fueled by fear mongering headlines and a lack of industry transparency. But at Icovy, we're all about bringing fact-based clarity to the discussion. It's time to put some widespread medical device myths to the test once and for all. Brace yourselves because we're about to use data as a “myth-busting” explosive device! Myth #1: Medical Devices Are Unsafe According to the FDA's annual reports, only 0.5% of device recalls in 2022 were for potentially life-threatening situations. A staggering 83% of recalls were for minor issues like software updates or packaging deficiencies. Myth #2: Devices Undergo Little Regulation BUSTED! On average, medium-risk medical devices require at least 18 months of rigorous regulatory review before approval. Higher-risk devices can take 54+ months, undergoing stringent clinical testing and comprehensive scrutiny. Myth #3: Materials Are Toxic Multiple peer-reviewed studies show materials like PEEK and PEKK used in implantable devices exhibit excellent biocompatibility and biostability within the body. The documented adverse tissue reactions are less than 0.1%. Myth #4: New Devices Are Unsafe Clinical data shows that the latest minimally invasive technologies, such as robotic surgery and interventional radiology, have significantly improved patient outcomes and shorter recovery times compared to traditional open procedures. At Icovy, our expertise in medical devices runs deep. We're passionate about elevating industry trust and showcasing innovation's life-changing benefits when implemented responsibly. Let us know what other medical device myths you'd like us to take a “myth-busting” look at! We're always ready to bring facts to the fight. Learn more about Icovy at www.icovy.com #MedicalDevices #MythBusters #DeviceRegulation #MaterialSafety #SurgicalInnovation #MedtechMarketer #MedicalDeviceMarketing

In our latest Blog Post, we explore how Design for X (DFX) methodology could be applied to achieve innovation outcomes when designing a new medical device product: https://hubs.li/Q02PpJPF0

Design for X (DFX) methodology can be applied to improve patient outcomes when designing a new medical device product: https://hubs.li/Q02RNbJ-0

Advances in medical device technology have improved efficiency and convenience for both patients and healthcare providers. This example demonstrates Wireless InSite's capability to effectively simulate point-of-care wireless device electromagnetic performance. #wireless #propagation #biomedical

Design for X (DFX) methodology can be applied to improve patient outcomes when designing a new medical device product: https://hubs.li/Q02RMTh00

Design for X (DFX) methodology can be applied to improve patient outcomes when designing a new medical device product: https://hubs.li/Q02RMM6T0

Design for X (DFX) methodology can be applied to improve patient outcomes when designing a new medical device product: https://hubs.li/Q02RNfd_0

Philips IntelliSite Pathology Solution 5.1, recently received 510(k) clearance from the FDA. This solution supports remote collaboration, improves productivity, addresses staff shortages, and reduces costs. Philips' comprehensive, scalable solution integrates hardware, software, storage, analysis, and connectivity, ultimately improving patient outcomes. Philips' digital workflows enhance efficiency by up to 21%, allowing pathologists to work remotely and collaborate easily. This promotes timely, precise diagnoses and facilitates medical research through secure data sharing. Since 2013, Philips has assisted over 300 customers and 20 hospital pathology labs in fully adopting digital pathology, where digital scanning and diagnosis have become standard practice, allowing pathologists to work digitally from any location. You can read the complete article on Pathology News: https://lnkd.in/euRHTFai #digitalpathology #pahtologynews

The Power of Hollow and Internal Channels in Medical Devices - Explore the advantages of utilizing hollow and internal channels in medical devices to enhance efficiency and precision in fluid control for better patient outcomes. https://hubs.la/Q02NRdnX0