Scott Marland, PhD

Learn how the CADScor System technology works to rule out significant coronary artery disease at the point of care. https://lnkd.in/g6zHJ__v #Acarix #CADScorSystem #CAD #coronaryarterydisease #pointofcare #cardiology #ED #primarycare

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Looking for last minute CE opportunities? We’ve got you 🙏 This self-instructional course for dentists discusses an innovative concept in custom CAD/CAM implants. Take the CE quiz after to earn 2 credits! 🔗 https://hubs.ly/Q030KWDH0 Expected outcomes: 🦷 Define subperiosteal implants. 🦷 Realize some history leading up to modern subperiosteal implants. 🦷 Identify various treatment solutions for the posterior mandibular region. 🦷 Realize various approaches that can compensate for certain anatomical. 🦷 Observe a procedure for subperiosteal implants. #implantdentistry #implantology

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🔧 New Patent Alert! Humotech has been granted a new patent pertaining to its ankle exoskeleton systems. 🤖 Two embodiments are described, one incorporating bi-directional ankle torque control (plantarflexion and dorsiflexion), and one incorporating an unhinged midsole insert that enables seamless exo & shoe integration. The devices within are early prototypes whose features were folded into our EXO-010. This innovation is foundational to our latest generation of emulation research & development, enabling #Caplex to mimic the mechanical characteristics of ankle foot orthotics. Read more about the patent here: https://lnkd.in/gp7tsNKa And ICYMI, learn more about EXO-010: https://lnkd.in/g-PDqa48 #WearableRobotics #InnovationInMotion #Biomechanics

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Are you aware of the sources of variation in your OINDP test data❔ Eliminate the guesswork and save valuable time with our automated solutions. The Vertus® III+ offers precise, highly repeatable testing for MDIs, nasal sprays, and nasal aerosols, providing absolute control over specific method parameters such as: 💠 Shaking profile (speed, angle, and duration) 💠 Time between shake and fire 💠 Firing profile (force, pause, fire down, rise, and release time) 💠 Airflow through the system With its integrated balance, you can measure shot weight to assess drug release consistency, detect misfiring and troubleshoot efficiently. Plus, you can seamlessly transfer shake and fire profiles to the DecaVertus® III, our 10-way shake and fire-to-waste system, allowing you to use the same parameters for dose collection and through life testing. Ready to optimise your testing processes? Discover our solutions here: bit.ly/3Z26GT6 #InhalerTesting #OINDPs #Pharmaceuticals #Pharma #Formulation #CopleyPromise #Innovative #Compliant #Trusted #Automation 

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However, if they don’t understand the art of design and where the failures lie in manufacturing a lot of resources will be wasted and failures will inevitably occur. Read more 👉 https://lttr.ai/ATHhh #orthopedicimplants #implants #failedback #AdditiveManufacturing #Medical3Dprinting #3Dprint #AlyssaHuffman

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Are you looking to streamline your medical device production process? Look no further than MMBT16CHFWB MMBT by Metro CAD's 16 carrier horizontal braider. https://lnkd.in/gJSAnMnv MMBT16CHFWB a quiet medical braider that can braid catheters, stents and digital cables. This innovative machine offers quiet operation and is capable of triaxial braiding, making it a top choice for medical device manufacturers. How quiet is MMBT's 16 carrier horizontal braider? Running at full speed (300 RPM) the 16 carrier horizontal braider model (MMBT16CHFWB) is 80.1 dB and 74 dB at 50% machine speed (150 RPM) Why choose MMBT fine wire medical braiders? MMBT by Metro CAD 16 and 32 carrier horizontal braiders are quiet and in stock. In stock means no lead time to wait to get a medical braider. Quickly start producing your medical device components. A diverse range of braid patterns including herringbone, diamond and half-load allows for precise and efficient braiding of medical device components. The quiet operation of the machine ensures a conducive working environment, reducing noise in the production area. How can an added microscope accessory benefit you? One unique feature of MMBT16CHFWB is the option to add a digital microscope accessory. This microscope allows operators to monitor the braid in real-time as your medical components are being braided. This real-time monitoring capability ensures the quality and consistency of the braids, leading to a higher standard of medical device component production. Produce a robust braid with triaxial braiding. MMBT offers horizontal or vertical braiders from 16 - 288 carriers with triaxial braiding up to half the number of carriers of the braider. Triaxial braiding is a technique that involves braiding fibers in three directions, resulting in a stronger and more durable braid. MMBT has an optional triaxial kit available. Capability for triaxial braiding opens up new possibilities for medical device design, allowing for the creation of complex and intricate structures that meet the highest industry standards. With MMBT by Metro CAD, you can take your medical device production to the next level. Invest in this cutting-edge braiding machine and experience the benefits of quiet operation, triaxial braiding capability, and the option to add a microscope accessory for enhanced quality control of the braid during production. Learn more about MMBT16CHFWB ↓ https://lnkd.in/gJSAnMnv Do you have more questions about MMBT braiders? MMBT Braider FAQ ↓ https://lnkd.in/g5Ca39fB #MedicalDevice #MedicalDevices #Medical #Innovation #MedDevice #Manufacturing #ProductDevelopment #MedicalTechnology #Metrology #MedTech #ResearchandDevelopment #Triaxial #Stents #Catheters Scott Metcalf Mike W.

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In this Medical Design Briefs article, Aerotech's Travis Schneider explains how laser joining ensures strong, precise welds for implantable medical devices, enabling reliable performance and minimal heat impact -- and ultimately improved patient outcomes. Read now: https://bit.ly/40eA89b

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What is the involvement of robotics in total join replacement today? Dr. Christopher Boone, MD talks about the importance of having technology in the operating room. Excerpt taken from our recent full length webinar talking about total joint replacements. More: https://lnkd.in/gczS2q9c #LWPT #TotalHip #TotalKnee #Webinars #SportsMedicine #Physicaltherapy

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Another busy #3d data capture week coming up. We had a team out at a large #aerospace client today, carrying out #metrology inspection with our GOM (Zeiss) system reporting on critical parts. 😷 The home team were on #medical devices to scan and #reverseengineer. They then moved onto some interesting high volume #injectionmoulded  #QC scan and comparison against CAD errors maps. 🤓 The rest of the week we have some large volume projects coming online for a #simulation and #analysis project Never a dull moment although temperature management and part stability was a little more of challenge today 🤒 #ukmfg #qaulitycontrol #3Ddatacapture #optimition #costout #engineeringdesign https://rb.gy/trqoz7

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🌿♻️ Sustainable Design in Diagnostics: Reducing Plastic Use In the newest episode of our Diagnostic Doodle series, DCN Dx Principal Engineer Keith Kopitzke tackles the pressing issue of reducing plastic use in diagnostic devices. Watch the episode here: https://hubs.ly/Q02xk0cp0 Keith shares his expertise on: ✅ Material reduction strategies ✅ Alternative materials for IVDs ✅ Practical tips for implementing sustainable design As a leader in the field, DCN Dx is committed to sustainability. We're currently developing an innovative biocompostable cassette that seamlessly integrates with existing assays, providing our clients with an eco-friendly solution without compromising accuracy or consistency. Watch now: https://hubs.ly/Q02xk0cp0 Interested in our biocompostable cassette? Contact us for more information: https://hubs.ly/Q02xj_ST0 #Lateralflow #LFA #IVD #Diagnostics #InVitroDiagnostics #DCNDx #ExpertInsights #Sustainability #SustainableDesign #IndustrialDesign

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🌿♻️ Sustainable Design in Diagnostics: Reducing Plastic Use In the newest episode of our Diagnostic Doodle series, DCN Dx Principal Engineer Keith Kopitzke tackles the pressing issue of reducing plastic use in diagnostic devices. Watch the episode here: https://hubs.ly/Q02xk1tq0 Keith shares his expertise on: ✅ Material reduction strategies ✅ Alternative materials for IVDs ✅ Practical tips for implementing sustainable design As a leader in the field, DCN Dx is committed to sustainability. We're currently developing an innovative biocompostable cassette that seamlessly integrates with existing assays, providing our clients with an eco-friendly solution without compromising accuracy or consistency. Watch now: https://hubs.ly/Q02xk1tq0 Interested in our biocompostable cassette? Contact us for more information: https://hubs.ly/Q02xk0hM0 #Lateralflow #LFA #IVD #Diagnostics #InVitroDiagnostics #DCNDx #ExpertInsights #Sustainability #SustainableDesign #IndustrialDesign

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It’s no joke that with #MIRA, you can have access to robotic-assisted surgery in any operating room in minutes, without ever needing to drape, dock, or move heavy equipment.     #MeetMIRA: https://lnkd.in/gyV48ix5     #SurgicalRobotics #RoboticAssistedSurgery 

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💡 #MedTechMonday : Uncontrolled Design💡 "Specifically, your firm did not conduct any design validation, risk analysis, or design reviews for the Class II XR-01 Portable X-ray System, despite having shipped the product to the U.S. since 2023." This warning highlights the critical importance of FDA-required processes like verification & validation, risk analysis, and design reviews. Rolence was cited for 4 out of the 5 the most common FDA violations as cited by AZ Technica. These steps are not just procedural—they’re essential to ensuring product safety, effectiveness, and compliance in the MedTech space. ✅ Why does this matter? Conducting these reviews isn’t just a box to check; it’s about protecting users, ensuring efficacy, and maintaining your company’s credibility in the U.S. market. The device is being sold here: https://lnkd.in/g27NpHan Notably, there weren't issues related to marketing. MedTech innovators, let’s make sure these steps are prioritized early in the design process to create safe, effective, and inclusive biodesign solutions. 🌟 #MedTechMonday #FDACompliance #DesignValidation #RiskAnalysis #BiodesignForAll

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Next Tuesday, 11/5 at 4pm EST, Trygve Olsen, Sr. Director of LightSpeed ADL at Resonetics, will lead a deep dive into the role of custom electromechanical sensors in advancing medical technology. During the webinar, "Advancing MedTech with Custom Electromechanical Sensors: From Design to Deployment," you'll explore: - The fundamentals of sensor design, including strain gauge sensors - How custom sensors address specific challenges in MedTech applications - A real-world case study showcasing the impact of tailored sensors on device performance Register now to learn how customized sensors can drive better clinical outcomes: https://hubs.ly/Q02W03jv0

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Join 3DSystems's Senior Vice President & General Manager of Medical Devices, Gautam Gupta, Ph.D., for this intriguing Q&A! Gautam discusses the development of orthopedic implants with direct metal printing. As more companies leverage additive manufacturing for finished devices, engineers need to stay up-to-date on the latest information and considerations. Learn more here >> https://hubs.li/Q02xMTvS0 Sponsored by 3DSystems

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RAYFusion integrates segmented IOS images (tooth crown) and CT images (tooth roots), transforming them into a comprehensive anatomical structure. The versatile RAYFusion data is adaptable for a range of dental treatment plans. _______________ #RAY #RAYAmerica #RAYFace #Dentistry #DentalTechnology

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Have you ever wondered what happens to your STL files after you send them to your lab? 🦷📂 At Jaw Experts, it’s more than just processing data. Here’s a glimpse into how we turn your STL files into perfectly designed dental prosthetics: 🔍 Step 1: Precision Planning – We start with a detailed analysis of your STL files to ensure the best possible design. 🖥️ Step 2: Digital Craftsmanship – Our expert designers use cutting-edge tools to craft digital models that are accurate and ready for manufacturing. ✅ Step 3: Quality Check – Every design undergoes a thorough review by our quality control team to guarantee a perfect fit. And there you have it—a seamless process that turns your digital files into beautiful smiles! Ready to streamline your design process? Let’s talk. #DigitalDesign #STLFiles #DentalWorkflow #JawExperts

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Anisotropy Overview Here's a quick overview of anisotropy and iridescence in 2 minutes! Coming up I will cover the anisotropy standards and then onto analyzing complex distortion including the elusive "center kink" or cross conveyor distortion which runs perpendicular to classic rollerwave. I would love to hear from any fabricators or customers who have experienced center kink and what they did to address it in the comments below. Please follow me or request to join my network, and I will share some more educational clips on measuring glass distortion during Tempering (Toughening) and Heat Strengthening. Please let me know in the comments if you have any feedback or requests for topics. If you enjoyed this video please check out my previous videos below: What is a millidiopter?: https://lnkd.in/gy6n_9K2 Rollerwave and Edge Lift: https://lnkd.in/g-YA7juu

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Mechanically active materials and devices for bio-interfaced pressure sensors. Pressures generated by external forces or by internal body processes represent parameters of critical importance in diagnosing physiological health and in anticipating injuries. https://lnkd.in/gfgqCn-R MEMS Journal, Inc. Mike Pinelis, Ph.D. Jessica Ingram Helen Queen Sulzer Peking University Northwestern University Wei Hu Mengdi Han John Rogers Peng Xi Fan Zhang Wei Hu Mengdi Han Junyu Xiao He Wang Yue Qin Yansong Feng Li Jin Meng Lu Jing Wang Pei Gao Shan Zhao Shuning Dong Yu Liu Cong Peng Keming Cui He Sun Mengdi Han June Wang Peng Xi Xiaokai Wang 王小恺 Zhang Huishuai Jiabao Zhang Yi Bu Yizhou Wang Hao Tang Meng Lu Keming Cui Hailong Lu Xiaoxu Zhao

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