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DreilanderTreffen 2023 in Mainz, Germany Interesting to see that ultrasound companies like GE, Mindray are getting more active in the handheld POCUS ultrasound market with wireless systems. Others like Canon, Samsung, Siemens and Sonosite are still waiting. It is always a risk to existing midrange portable ultrasound portfolio on wheels to offer a handheld device with similar basic image quality at 20% of the price. The best way to differentiate between the two products is to limit features, measurements and functionality. Clarius and some other dedicated handheld companies do not have this limitation and offer a full range of high resolution scanners with all features, functionalities and measurements that you will find in midrange portable systems on wheels. There is no doubt that more ultrasound companies will join this rapidly growing handheld ultrasound market. #Clarius #HHUS #POCUS #WirelessUS

Are you considering learning point-of-care ultrasound and investing in an ultrasound device? Traditionally, ultrasound machines were large and stationary, limiting their accessibility and convenience. But did you know recent technological advancements have allowed the development of smaller, more compact versions, providing a more versatile alternative for ultrasound procedures? The portability of these handheld ultrasound devices gives medical professionals more flexibility, enabling point-of-care imaging and real-time diagnoses whenever, wherever. At the bedside, out in the field in remote locations, on the sidelines. Wherever a patient needs you, these compact devices can link to smartphones and tablets to help you facilitate fast decision-making and enhance patient outcomes. Learn more about a few of the different handheld ultrasound devices out there in our Comprehensive Guide to Handheld Ultrasound Machines: https://lnkd.in/gf6hAPTB *WCUI | Global is device agnostic and does not promote one manufacturer over another. If you are taking a WCUI | Global online ultrasound course, our courses can be completed with any handheld ultrasound device of your choosing. #WCUIGlobal #HandheldUltrasound #POCUS #pointofcareultrasound #portableultrasound #POCUSeducation

MR Productivity Pixelence versus Philips MR 5300 The Philips MR 5300 is a breakthrough innovation in 1.5T imaging that can transform MR productivity quickly, easily, and confidently. AI-Driven Image Upscaling A key feature of the MR 5300 is its use of AI-driven technologies to simplify and automate complex clinical and operational tasks. This includes Compressed SENSE, which can accelerate 2D and 3D scans by up to 50% while maintaining virtually equal image quality. This AI-powered image upscaling allows you to generate high-quality diagnostic images at a lower cost than conventional MR scans. Automated Workflow The MR 5300 leverages smart connected imaging and optimized workflows to improve productivity and enhance patient/staff experience. Its "SmartWorkflow" feature uses AI to automate tasks, eliminate manual steps, and enable fast, reproducible exam planning - even with less experienced staff. Helium-Free Operations The MR 5300 is powered by Philips' exclusive "BlueSeal magnet", which enables "helium-free operations" and eliminates the need for refills, unexpected costs, and delays from helium supply shortages. [1] With its AI-driven capabilities, automated workflows, and helium-free design, the Philips MR 5300 can help transform MR productivity and deliver high-quality diagnostic imaging at a lower cost. At pixelence we want to achieve the same goal using AI driven upscaling technology which is hardware agnostic. Improved Image Quality BrainSR can "correct poor-quality scans, providing clearer images for better analysis."  This allows obtaining high-quality diagnostic images from low-resolution scans. Efficiency The BrainSR AI model "allows for obtaining low-resolution scans quickly - process more patients per day."  This can boost MR productivity and throughput. Adaptability BrainSR is designed to be "adaptable" and can "be refined to accommodate various input and output resolutions as required by the customer."  This flexibility makes it a versatile tool for enhancing medical imaging. https://lnkd.in/gJ3ng5VE

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The AI-enabled smart positioning camera of Precise Position increases inter-user consistency by up to 70%, improves accuracy of vertical centering relative to manual positioning by up to 50%, and reduces patient positioning time by up to 23%.* Learn more at https://lnkd.in/dXfseFpH #ComputedTomography #CT #ImagingInnovations #Philips *Based on Philips in-house assessment by five clinical experts, comparing manual positioning versus Precise Position in 40 clinical cases using a human body phantom.

The AI-enabled smart positioning camera of Precise Position increases inter-user consistency by up to 70%, improves accuracy of vertical centering relative to manual positioning by up to 50%, and reduces patient positioning time by up to 23%.* Learn more at https://lnkd.in/gQNJCEhD #ComputedTomography #CT #ImagingInnovations #Philips *Based on Philips in-house assessment by five clinical experts, comparing manual positioning versus Precise Position in 40 clinical cases using a human body phantom.

The future in ultrasound technology is amazing. There is an enormous innovation and development going around. I see a very huge potential of ultrasound technology in diagnosis and therapeutic. Some key innovation in ultrasound technology as follows. 1. Ultrasound in needle 2. Ultrasound capsule 3. Wearables ultrasound 4. Implantable ultrasound 5. microultrasound((µUS)) technology 6. Quantitative Ultrasound #ultrasound #heathcare #asics #fpga

With the advent of Medical Device Innovation the need for downscaling of large medical equipment arose. A crucial component in achieving this feat are the Medical-Grade PCBs. Medical-Grade PCBs are pioneering the trend of miniaturization in medical devices. By accommodating more circuits in a smaller space, they enable devices to be compact without compromising on functionality. These PCBs are engineered for high-density interconnects (HDI), which means more connections in less space, leading to faster signal transmission and reduced signal loss. This technological leap is pivotal in developing portable diagnostic tools and wearable medical devices, bringing healthcare closer to patients than ever before. #TechInMedicine #MedicalPCBs #InnovationInHealthcare #FutureOfHealthTech #PrecisionMedicine #medicalgradeproducts #PCB #healthcareinnovation #embeddedsystems #ReviveMedicalTechnologies #RMT

Surgeons can spend hours in the O.R. working meticulously on their patients during complex procedures, which can lead to physical fatigue. The CR3 wearable surgical monitor gives doctors high-resolution imaging that can provide instant data access and critical information in a lightweight wearable monitor. Learn more about our medical applications here: https://lnkd.in/dT3eT2Xv #healthtech #medtech #medical #innovation #digitaltransformation