Masimo’s Post

In this featured guest blog, Ohad Peled, Sony Semicon (IL), evaluates and reviews the different connectivity options in three key functional elements of a remote patient monitoring device to see which technology offers the most benefit to its users. Read more: https://lnkd.in/gDRnfD3W

The evolution of implantable devices and pacemaker technologies, like respiration-based pacing, MRI-safe devices, and wireless connectivity, has complicated the test landscape. These innovations, along with rigorous compliance standards, have added layers of complexity to traditional testing processes. In this webinar, learn how NI (National Instruments) can help you overcome these 5 medical device test challenges. Read more: https://hubs.ly/Q02R3LDf0 – #MedDeviceUS24 #GenerisAMD #NI #medicaldevice #Emerson #medicaldevicetesting

⚕️ NEW BLOG: Precision. Efficiency. Reliability. Wireless power is revolutionizing implantable medical devices by removing cumbersome wires and connectors. NuCurrent’s solutions enable continuous patient care with minimal intervention. Discover the future of patient-centric innovation here: https://hubs.ly/Q02Y7sWm0

Imagine a device that looks like an ordinary bank card, but is actually a powerful handheld ECG. In this video, we’ll show you this innovative technology, explain its significance, and share my thoughts on its potential to revolutionize healthcare. https://lnkd.in/ddHPM7Vu

Unlock the potential of your minimally invasive devices with our in-depth Sensors Guide. Whether you're working with transseptal needles, cardiac mapping, RF or PF ablation, this comprehensive resource is designed for you. Discover how our sensors can elevate precision, enhance performance, and make a meaningful impact on heart arrhythmia treatments. Download the guide now: https://lnkd.in/ehAsq-Bs What's inside: • Detailed applications for minimally invasive procedures • Key features and benefits of our sensor technology • Expert insights on sensor technology Explore how TE Connectivity's sensors can empower your next innovation. Download the guide now: https://lnkd.in/ehAsq-Bs Learn more: https://lnkd.in/ekm6ytQZ #MedicalDevices #MinimallyInvasive #HeartArrhythmia #SensorTechnology #MedicalSensors #TEConnectivity

If you've ever had to undergo a medical procedure such as a CT or MRI scan, you're likely familiar with the 'breathe in and hold your breath' instructions, aimed at ensuring clearer and more accurate images. The equipment itself is designed to deliver the best possible results and is packed with sensors to aid patient positioning. This ensures accuracy, optimises scan parameters, and enhances patient comfort during the procedure, thereby reducing the likelihood of requiring repeat scans. Read more about the role of sensors in patient positioning on our blog. #sensors #medical #patientpositioning #OEM

If you've ever had to undergo a medical procedure such as a CT or MRI scan, you're likely familiar with the 'breathe in and hold your breath' instructions, aimed at ensuring clearer and more accurate images. The equipment itself is designed to deliver the best possible results and is packed with sensors to aid patient positioning. This ensures accuracy, optimises scan parameters, and enhances patient comfort during the procedure, thereby reducing the likelihood of requiring repeat scans. Read more about the role of sensors in patient positioning on our blog. #sensors #medical #patientpositioning #OEM

Unlock the potential of your minimally invasive devices with our in-depth Sensors Guide. Whether you're working with transseptal needles, cardiac mapping, RF or PF ablation or other advanced procedures, this comprehensive resource is designed for you. Discover how our sensors can elevate precision, enhance performance, and make a meaningful impact on heart arrhythmia treatments. Download the guide now: https://lnkd.in/gEUkJjXy What's inside: • Detailed applications for minimally invasive procedures • Key features and benefits of our sensor technology • Expert insights on sensor technology Explore how TE Connectivity's sensors can empower your next innovation. Download the guide now: https://lnkd.in/gEUkJjXy Learn more: https://lnkd.in/gvwKEwYP #MedicalDevices #MinimallyInvasive #HeartArrhythmia #SensorTechnology #MedicalSensors #TEConnectivity

Unlock the potential of your minimally invasive devices with our in-depth Sensors Guide. Whether you're working with transseptal needles, cardiac mapping, RF or PF ablation, this comprehensive resource is designed for you. Discover how our sensors can elevate precision, enhance performance, and make a meaningful impact on heart arrhythmia treatments. Download the guide now: https://lnkd.in/es7GW4Hj What's inside: • Detailed applications for minimally invasive procedures • Key features and benefits of our sensor technology • Expert insights on sensor technology Explore how TE Connectivity's sensors can empower your next innovation. Download the guide now: https://lnkd.in/es7GW4Hj Learn more: https://lnkd.in/eSfrwvfS #MedicalDevices #MinimallyInvasive #HeartArrhythmia #SensorTechnology #MedicalSensors #TEConnectivity

Unlock the potential of your minimally invasive devices with our in-depth Sensors Guide. Whether you're working with transseptal needles, cardiac mapping, RF or PF ablation, this comprehensive resource is designed for you. Discover how our sensors can elevate precision, enhance performance, and make a meaningful impact on heart arrhythmia treatments. Download the guide now: https://lnkd.in/g6x2bGau What's inside: • Detailed applications for minimally invasive procedures • Key features and benefits of our sensor technology • Expert insights on sensor technology Explore how TE Connectivity's sensors can empower your next innovation. Download the guide now: https://lnkd.in/g6x2bGau Learn more: https://lnkd.in/gp5gpRyS #MedicalDevices #MinimallyInvasive #HeartArrhythmia #SensorTechnology #MedicalSensors #TEConnectivity