RevolveLabs’ Post

Transforming Surgical Training with Mixed Reality Mixed reality is reshaping medical education, offering lifelike simulations for surgeons to hone their skills. The VirtaMed LaparoS Simulator, powered by Unity, delivers immersive, realistic environments to practice laparoscopic techniques, enhancing precision and confidence in the operating room. This technology bridges the gap between theory and practice, revolutionizing surgical training like never before. 💡 Want to know how mixed reality can elevate your projects? Let’s chat! 😊 #AR #XR

Ghost Medical has been working extensively alongside AVITA Medical to create an interactive VR training simulation to highlight their RECELL® Autologous Cell Harvesting Device. Avita’s RECELL® system represents a significant advancement in the field of regenerative medicine and offers a promising new approach to the treatment of various skin burns and conditions including FDA approval for full-thickness skin defects. Its patient derived Spray-On Skin Cells process promotes faster healing times, and reduces scarring make it an important tool for treating acute partial-thickness to full-thickness burns and defects. Ghost expresses sincere gratitude and a genuine sense of satisfaction to be involved alongside Avita in this mission for improving patient outcomes and advancing the practice of medicine through creative innovation. With Ghost Medical's VR simulation, surgeons can practice using the RECELL® system in a virtual environment that closely simulates the real-world conditions of a surgical procedure. This allows them to hone their skills and gain experience without the risk of causing harm to a real patient. #medicalVR #virtualreality #innovation #medicine

🙌 Enlarge the medical education with AV over IP transmission solution   Transmitting anatomy teaching videos to other classrooms allows students to watch real-time images, enhancing the quality of teaching and the efficiency of medical resource usage🚀   💥 Solution Benefits ✅Full range of AV and control signal transmission solutions, it is useful for creating large multi-display video walls ✅Integrate and display the images, data messages, and VR glasses images on the surgery monitor ✅Control keypad for source switching, improves the usability   More Information👇 https://lnkd.in/gqwmkDYK   #CYP #avtweeps #4KUltraHD #1080P_HD #Multiview #streaming

Revolutionize Dental Training with Be Med Skilled "DENT.PRO" Simulator With SCOOPe ♥ Finesse cavity prep and beyond through uncannily realistic 3D visualization matching each authentic motion.  Palpate living tissue and seamlessly navigate complicated cases - mastering preclinical workflow as in live settings.  Our AR-enabled platform evaluates your integrated skills in real time plus captures precise ergonomic forms for comprehensive reporting. Through 60+ complex cases across domains, expedite your competency curve exponentially for assured day-one readiness. "Bright thoughts, Bright future" #SCOOPeEgypt #Bemedskilled #Dental #MVR #VR #VirtualTrainingHospital #ai #egypt #health #help #appliedscience #healthcare #university #ministryofhealth #ministryofeducation #medicine #professional #hospital #medical #patient #clinical #immersive #safety #training #future #technology #development #experience #students #nascohealthcare #beready #learning #education #MedicalSimulation #InnovationInMedicine #FutureOfMedicalEducation

Medical schools and hospitals are embracing hand-tracking VR for immersive, precise training and surgical simulations, enhancing skill acquisition and procedural accuracy. This technology allows safe, controlled practice without real patients. Benefits include improved outcomes, reduced training risks, and personalized, real-time feedback, making medical training more effective and patient care safer. Here are some real-world use cases: 🟢 Surgical Rehearsals: Providing realistic surgical simulations. Hand-tracking allows natural interaction with virtual tools, enabling easier surgery planning, locating lesions, and reconstructing blood vessels, reducing risks. 🟢 Anatomical Visualization: Surgeons use VR to visualize 3D models of patient-specific anatomy from imaging data, planning complex surgeries with precision. Hand-tracking aids in manipulating these models easily. 🟢 Radiology and Imaging: Radiologists can review and manipulate 3D medical images from CT or MRI scans. Hand-tracking enables precise interaction for detailed analysis. With Leap Motion Controller 2 from Ultraleap, DPVR E4 Arc is ideal yet budget-friendly for surgeon training, capturing 3D images of users' hands, including 27 joints, enhancing surgical practice through muscle memory. Featuring a wider field of view and crisp visuals, it's perfect for demanding use cases. Interested in a demo? Contact us at ▶ salesmarketing@dpvr.com #VirtualReality #HandTracking #MedicalEducation #LeapMotion #Ultraleap #E4Arc 

AI and VR in medicine! Imagine medical students exploring the complexities of the human heart in 3D or practicing surgical techniques in VR without any risk to real patients. These technologies provide a dynamic platform for learning and perfecting skills, making medical training more interactive and effective. Surgeons can also use spatial computing to view 3D scans overlaid directly on a patient's body during surgery, enhancing precision and safety. The future of healthcare training is here! How do you think these advancements will impact patient care in the long run? - - - Connect 🤝 Abdul Rahim Roni Follow 👉 #Abdulrahimroni Notification: Press 🔔 icon #MedicalTraining #AIinHealthcare #VirtualReality #Innovation #AI #CroAI #AILawyer

AI and VR in medicine! Imagine medical students exploring the complexities of the human heart in 3D or practicing surgical techniques in VR without any risk to real patients. These technologies provide a dynamic platform for learning and perfecting skills, making medical training more interactive and effective. Surgeons can also use spatial computing to view 3D scans overlaid directly on a patient's body during surgery, enhancing precision and safety. The future of healthcare training is here! How do you think these advancements will impact patient care in the long run? #MedicalTraining #AIinHealthcare #VirtualReality #Innovation #AI #CroAI #AILawyer

How VR and AI combined is shaping the future of surgery!

Transform Your Surgical Training with mSurgery 🔍 Want to livestream surgery from the surgeon's perspective? With mSurgery, you can broadcast live without needing communication experts. Stream directly from the surgeon’s viewpoint. 🌍 Seamless Global Reach: Establish a high-def, ultra-low latency, bidirectional communication channel for real-time sharing worldwide. 💻 mSurgery Platform: Share the surgeon's view with colleagues and students, share digital information like 3D organ models, record and store surgeries indefinitely. 👓 For an immersive experience the Magic Leap 2 revolutionizes medical surgery with its precise augmented reality visuals, allowing surgeons to overlay 3D models onto patients for enhanced accuracy and efficiency. 🔧 Hardware and Connectivity: Works seamlessly with fiber, 5G, and satellite communications. 📽️ Multidevice Compatibility: Supports various cameras and medical device video outputs for synchronized streaming. #msurgery #SurgicalTraining #ImmersiveLearning #AR #VR #HealthcareTech #Telemedicine #SurgicalEducation #CloudStorage #MedicalDevices #FutureOfSurgery

The recent LSI Conference in Dana Point has opened up a new horizon of discussions on the use of AR and VR within the medical sector. With 55 engaging discussions, one standout session delved into the burgeoning role of AR/VR technologies. These tools are not just futuristic gadgets; they are paving the way for groundbreaking enhancements in medical training, patient care, and surgical precision. For enthusiasts of technological innovations in healthcare, the spotlight on AR/VR opportunities offered insights into how these technologies are reshaping education and training landscapes. It's a turning point—indicating that AR and VR could soon be integral to medical education and practice, offering immersive learning experiences that traditional methods cannot match. Here’s why the excitement is justifiable: - Educational Evolution: AR and VR technologies are unlocking new dimensions in medical training and education. By simulating real-world surgical scenarios, they provide an unmatched depth of experiential learning for medical students, surgeons, and healthcare professionals. This leap in educational tools signifies a shift from textbook learning to hands-on experience without the risks associated with live procedures. - Operational Efficiency and Accessibility: These technologies hold the potential to streamline operations and improve the financial outcomes for healthcare providers. More significantly, they democratize access to sophisticated clinical education, making advanced surgical training accessible to a wider range of practitioners, including those in remote locations. - Intra-operative Innovation: While the adoption of AR and VR in live surgeries is still in its infancy, the potential applications are vast. They offer alternative methods for surgical guidance and precision, particularly in settings lacking advanced robotic systems. This can be a game-changer for facilities not equipped with the latest in hard-tissue or soft-tissue robots, bridging a significant technological gap. - Rapid Adaptation and Compliance: The dynamic nature of AR and VR technologies allows for swift updates and improvements, ensuring that medical professionals have access to the latest tools and techniques. This agility, however, comes with the caveat of navigating regulatory landscapes to ensure the timely and compliant deployment of innovations. The discourse at the LSI Conference has made one thing clear: AR and VR in healthcare are not just about the novelty; they represent a paradigm shift towards more interactive, efficient, and precise medical education and practice. As these technologies continue to evolve, their integration into the healthcare ecosystem will undoubtedly redefine how knowledge is acquired and applied, heralding a new era of innovation and accessibility in medical education and surgical practices. #MedTechInnovation #ARVREducation #HealthcareEvolution #SurgicalTrainingRevolution