VOKA 3D Anatomy & Pathology’s Post

✨ Enhancing the values of medical images Through 3D Medical Image Visualization 4K Naked-eye 3D surgical medical image PC offers a clear 3D stereoscopic view without the need for wearing 3D glasses. Paired with 3D medical imaging equipment, it instantly displays real-time surgical scenes and supports various common medical equipment interfaces, including SDI, DVI-I, and HDMI. It can also record surgical footage in 4K@60 to facilitate evaluation and educational purposes for physicians. 💥Solution Benefits ✅Clear 3D stereoscopic vision without wearing 3D glasses. ✅Variety of common medical device interfaces including SDI, DVI-I and HDMI ✅ Support 4K@60 high-resolution images ✅Record and store surgical procedures for medical education purposes More Information👇 https://lnkd.in/gkV95-sY #CYP #avtweeps #medical #3D #3dmedicalimage #TaiwanExcellence #BestChoiceAward #successstory

See what your student/ teacher sees! Introducing the Vorotek O Scope Training Mirror. Training to work in the ear canal? The Vorotek O Scope 3D microscope for ENT surgeon, Audiologists and GPs has a very steep learning curve already. It is very intuitive to work with. Now we introduce the mirror which further enhances learning by facilitating communication with your student/ teacher. Great for training situations! #binocularview #safeearwaxremoval #tunnelvision

Bringing intricate anatomy to life, one render at a time! 🌟 Here’s a behind-the-scenes look at the rendering process of detailed hand anatomy in 3D. Every bone, muscle, and tendon is crafted with precision to ensure realism—making it not only visually engaging but also an effective tool for medical education and patient understanding. Creating high-quality 3D anatomy visuals is more than just art; it's a powerful way to communicate complex concepts with clarity and depth. Imagine the possibilities this can unlock for patient consultations and professional training! #3DAnimation #MedicalVisualization #HandAnatomy #DigitalRendering #HealthcareInnovation #MedicalEducation"

What is 3D visual spatial intelligence in medicine? A skill that we all require (not just surgeons). It's a complex combination of skills that requires both psychomotor skill and rapid interpretation of a 2D image, converting it to 3D (in your head) and then making an adjustment. Appreciating this skill (and one that I have struggled with as a resident and continually improving as a surgeon), how do we teach and learn this without irradiating ourselves and our team? Introducing our suite of fracture simulations in #virtualreality with authentic tool interactions and behaviours. I would love to hear how people have learned this skill over the years. The team has done some exceptional work to help unlock the potential that lives inside all. #medicaleducation #technololgy PrecisionOS

The NewTom GO 2D/3D is an affordable solution offering a new level of precision and simplicity in dental imaging. Designed to deliver top-quality images, the GO leverages advanced user-friendly functions to streamline the examination process. One of the key features of the GO is its intuitive patient positioning system. Three laser guides and a wide front mirror provide clear visual cues to ensure accurate alignment. This, combined with servo-assisted movements controlled via PC, allows for precise adjustments and optimal image quality. The GO's user-friendly interface can be accessed through an onboard keyboard or a dedicated app, offering flexibility and convenience. The virtual console, available on PC or iPad, guides the operator through every step of the examination process, from selecting the desired scan to initiating the procedure. A standout feature is the GO's self-adaptive panoramic imaging. By automatically adjusting focus, brightness, contrast, and filters based on the specific anatomical area, the GO consistently delivers clear and homogeneous panoramic images. Whether performing a 2D or 3D scans NewTom Official imaging solutions are designed to meet a range of clinical diagnostic needs. Discover more today: https://hubs.li/Q02ZQLkN0 #NewTomGO #OPG #CBCT #DentalImaging

𝗕𝗲 𝗮𝗵𝗲𝗮𝗱 𝘄𝗶𝘁𝗵 𝘂𝘀… 𝗶𝗻 𝟯𝗗-𝗜𝗺𝗮𝗴𝗶𝗻𝗴 180 degree scan is required to create a complete, informative 3D dataset. our SmartScan is a revolutionary concept that enables surgeons to create a full 3D dataset with a volume size of up to 19,8 cm x 19,6 cm x 18,0 cm while retaining the benefits of our C-arms: the most compact 3D devices with an up to 31 cm x 31 cm flat-panel, generous C-arm opening, and the advantages of a variable isocenter to meet diverse needs in clinical routine. Discover more: https://lnkd.in/dcHh473q #ZiehmImaging #AlwaysAhead #MobileImaging #3Dimaging

Designing Treatment Plan for Upper Arch on Maestro 3D Ortho Studio V6. We have used a very interesting technique to get the aligners designed inside the software #maestro #ortho #treatmentplanning #clearaligners #invisiblebraces #digitaldentistry #teethalignment

After spending some time focused on other tasks, it’s time to revisit a topic that is transforming professional practice in healthcare: open and free technology. Among the many open-source tools available, one stands out for its versatility and efficiency: Meshmixer, the "Swiss Army knife" of 3D tools. With Meshmixer, professionals can perform a wide range of tasks at no cost. It’s a powerful solution, accessible to all who are eager to innovate and optimize their workflows, including the creation of various types of surgical and non-surgical guides. Even complex 3D surgical movements can be replicated, and custom guides can be crafted with precision. Want to learn more? Wait for new videos very soon. Let’s connect! #meshmixer #digitaltechnology #3dprinting #orthognathicsurgery

#3DPC2024 #Finalist "Materialise´s crucial role in the world’s first whole eye transplant" @materialisenv NYU Langone Health Hospital BELGIUM 3D technologies developed by Materialise played a pivotal role in the world’s first-ever successful eye transplant. The landmark surgery, performed at NYU Langone Health Hospital in NY also included a face transplant. Materialise developed a virtual pre-operative 3D plan of the surgery and 3D printed various custom medical instruments. The operation lasted 21 hours and was supported by clinical engineers from Materialise. Materialise clinical engineers worked closely with the team at NYU Langone Health to develop a virtual plan based on CT scans, to enable surgeons to perform the surgery faster and more accurately. During the surgery, personalized cutting instruments and bone models were used, which were 3D printed by Materialise. These instruments ensure that the bone fragments can be positioned faster and with extreme precision. It took less than 24 hrs for Materialise to design and 3D print the instruments, and to fly them to New York, in time for the surgery. 🔜 Rapid.Tech 3D (14-16 May 24), Messe Erfurt, Germany 💡 Visit the 3DPC Finalists #exhibition 🏆 Keep fingers crossed, till 3DPC #awardceremony 15 May 2024, 3:30pm, booth 2.509! www.3dpc.io #wettbewerbe2024 #award #innovation #3d #advancedtechnologies #challenge2024 #am #mindset #CollaborativeMindset #disruptive #3ddruck #industry #pushingboundaries #3dprinting #competition #collaborative #additivemanufacturing

restor3d = fully custom implants for any challenging orthopedic deformity