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Plzeň, Czechia
11-50 Employees
2018
VR Medical je unikátní certifikovaný zdravotnický prostředek využívající virtuální realitu pro rehabilitaci. Virtuální prostředí je bezpečné a nenáročné a lze jej v průběhu rehabilitace snadno přizpůsobit vyšším nárokům na pacienta. Velkým přínosem je zároveň posunutí prahu vnímání bolesti při cvičení.". Navíc pacient může rehabilitovat ve svém prostředí, doma nebo na oddělení, kde je hospitalizovaný.”. Vedoucí kognitivního centra FNM, katedra neurologie 2.LF UK. Přínosná je i zpětná vazba, kdy můžeme porovnat jednotlivá cvičení a vyhodnotit výsledky a úspěšnost terapie.”. Velkou výhodou virtuální reality je přesné měření hodnot - například udržení pozornosti klienta nebo změny reakčních časů, které jsme dosud neměli jak přesně měřit.”. VR Medical je certifikovaný nástroj, který lze ihned využít v praxi.
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VR Medical
... VR Medical je vyvíjen odborníky pro ...
Bonn, Germany
11-50 Employees
1997
We are thrilled to share a special ‚spatial’ ... This is a milestone for Mixed Reality (or Spatial ... We are thrilled to announce that INSIGHT KIDNEY ... INSIGHT HEART 1.7.0 is now released on iOS with a ... We are very excited to announce that Insight ...
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ANIMA RES – 3D medical animation / AR / MR / VR
... ANIMA RES – 3D medical animation / AR / MR / VR ...
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Specto Medical – VR and AR software for medical applications.
... Specto Medical – VR and AR software for medical applications. ...
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Products - VR Medical
... Products - VR Medical ...
Mińsk Mazowiecki, Poland
11-50 Employees
2005
Artystyczna wizytówka dla wybitnego studia i szkoły tańca. Witryna i sklep online dla piekarni z historią.
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Aplikacja Pfizer VR Medical Library dla lekarzy i pacjentów z technologią 360 stopni
... Aplikacja Pfizer VR Medical Library dla lekarzy i pacjentów z technologią 360 ...
Vancouver, Canada
51-100 Employees
2016
We deliver cutting-edge training modules, utilizing virtual humans to create immersive, context-driven scenarios for optimal learning experiences. We believe that practice builds confidence and that is important in healthcare for empathetic patient care and communication. Immersive Healthcare Training Simulations provide a more accessible, repeatable practice environment for students and workers, we provide a safer and more focused learning experience. These training simulations leverage smart AI technology and can be delivered in either VR or WebXR. This delivers faster and more focused learning with higher retention rates of information and replicable skills. Virtro is a female-led, socially conscious, diverse and inclusive technology company. The Immersive Healthcare platform leverages proprietary, leading-edge VR and AI technology to deliver engaging practice simulations. Our simulations offer a risk-free space for healthcare teams to practice and refine their skills, with Virtual Humans serving as co-workers and patients.
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Immersive Healthcare - Immersive Healthcare - Revolutionizing Medical Training with AI & VR
... Immersive Healthcare - Immersive Healthcare - Revolutionizing Medical Training with AI & VR ...
Boston, United States
1-10 Employees
In 2022 the medVR bootcamp will begin to educate its first interdisciplinary cohort to lead the future of applied AR and VR in healthcare. Our goals extend beyond education to incubate, accelerate and grow interdisciplinary teams and prototypes into successful research projects and teams. The medVR bootcamp is a journey of medical professionals and students, and technical professionals and students together to learn one another’s fields and collaborate to learn applied medical XR. We are keenly interested in applicants (professionals and students) from the healthcare and technical communities and everyone with XR design and development experience. We will bring together clinicians, scientists, developers, designers, and other experts in an intensive educational experience to prepare them for careers in medical XR. Healthcare’s evidence-based discipline often translates into solid problem statements that provide precise requirements for designing prototypes and evolving products. Examples of project/product management cycles will be explained, including pitfalls and best practices. This will be the most challenging module to produce and deliver because governance and regulation evolve with the XR technology.
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MedVR
... Join the MedVR community to learn medical applications of AR/VR ...
Breckland District, United Kingdom
1-10 Employees
Leading the development of the Vancouver YVR Airport Digital Twin. Guides is Microsoft’s leading Mixed Reality (augmented reality) HoloLens 2 headset, Guides is developed in Unity 3D. The product is used in industry around the world from automotive manufacturing, science labs, mining and beyond. Snaky Squares is a Snake in a World of Squares, Platforms and Yellow Dots. Datel’s most famous products were the GameShark (Americas) and Action Replay (Europe/Japan) “game enhancers”. Slightly higher in stature it included RAM chips and new features including a built in code finding system. The product still worked well into the life of Windows ME and XP but wasn’t popular enough to keep working on, not with more games consoles round the corner. The Playstation took off and so did the Gameshark / Action Replay product.
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GMT Dev Ltd – Developer and Media Creator – Games, Apps, Websites, Videos
... Medical Apps & VR ...
Carouge, Switzerland
11-50 Employees
2016
ORamaVR was created to tackle a major health crisis that is currently affecting almost 5B people globally: the lack of access to affordable surgical care. ORamaVR aims to accelerate the world’s transition to medical XR training by offering an IT software platform called MAGES™ SDK (Software Development Kit). ORamaVR was founded in 2016 as a spin-off startup of the Foundation of Technology- Hellas, Institute of Computer Science (FORTH-ICS) and received initial pre-seed financing from the VC PJ TECH CATALYST FUND in Greece. ORamaVR has been awarded the “best societal impact” award by the Latsis Foundation (2021), the Epic Games Mega-Grant (2020), the Augmented World Expo (AWE) Auggie award for “Best Societal Impact” (2019) and the prestigious FARE award by the American Association of Hip and Knee Surgeons (AAHKS) (2018). ORamaVR has attracted substantial deep-tech R&D grants from the European Commission and boasts important research and industrial partnerships, including Airbus, Telefonica, CNRS and Eurescom. In 2020, ORamaVR successfully concluded a financing round led by HTC Vive, a leader in enterprise virtual reality. ORamaVR is committed to improving global health care and well-being by transforming how medical XR is being created (tools), not just how it is being experienced (content). ORamaVR is a deep technology, spatial computing startup that is innovating in the field of med-ed-tech Extended Reality (XR) training by evolving current simulation authoring platforms.
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Accelerating the world’s transition to medical VR training
... MAGES™ SDK authoring platform,running over Unity™ and Unreal™, is a collection ofsoftware tools, libraries, sample-apps, examplesand guides to empower content creators and developersto author the most compelling, complex and highest-fidelity medical VR training applications currentlypossible. ...
London, United Kingdom
1-10 Employees
2011
We are really pleased with the animation you produced! We are really satisfied by the final video. We are very happy with how it has come out! We are using them again for future projects. We're made up of experienced medical illustrators and award-winning 3D artists & compositors from the film and broadcast industry, that enable us to achieve scientific accuracy and a cinematic look to our work. Our highly experienced scientific team oversee every detail to ensure your vision is executed perfectly and accurately. Please tell your team that we are all really pleased with the animation, specifically the linkers changing length. You have perfectly executed our vision on this, scientifically and artistically.
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3D Medical Animation Company | Geometric Medical
... Developing digital content strategy: mobile applications, medical animation VR, virtual & augmented / mixed-reality, holographic 3D animation, & custom digital booth solutions. ...
Technologies which have been searched by others and may be interesting for you:
Some interesting numbers and facts about the results you have just received for Medical VR
| Country with most fitting companies | United States |
| Amount of fitting manufacturers | 33 |
| Amount of suitable service providers | 30 |
| Average amount of employees | 11-50 |
| Oldest suiting company | 1997 |
| Youngest suiting company | 2022 |
Medical Virtual Reality (Medical VR) refers to the application of virtual reality technology for medical purposes, encompassing diagnosis, treatment, surgery simulation, and skills training within the healthcare sector. This innovative technology creates a simulated, interactive 3D environment that healthcare professionals and patients can navigate and manipulate for various therapeutic and educational purposes. By immersifying users in a virtual space, Medical VR enables surgeons to rehearse complex procedures, provides medical students with a hands-on learning experience without the risks associated with real-life practice, and facilitates patient rehabilitation through engaging, tailored exercises. Additionally, it offers a novel approach to pain management, allowing patients to escape into virtual worlds that distract from discomfort and anxiety, particularly during painful treatments. The impact of Medical VR is profound, significantly enhancing the precision and effectiveness of medical interventions, reducing the risks of errors, and improving patient outcomes. Its role extends beyond the operational to include improving the quality of life for patients, offering innovative solutions for chronic pain, and contributing to the mental health field by treating conditions such as PTSD. As technology evolves, the potential applications and benefits of Medical VR within the healthcare sector continue to expand, marking it as a pivotal advancement in modern medicine.
1. Enhanced Training Precision
Medical VR provides an immersive learning environment for healthcare professionals, offering detailed, lifelike simulations. This advanced training method significantly improves precision and skill in complex procedures, surpassing traditional training options that lack interactive, real-world scenarios.
2. Pain Management
Studies have shown that VR can effectively distract patients from pain during treatments and procedures. By immersing patients in a virtual world, their focus shifts away from the pain, reducing their overall discomfort and anxiety. This non-pharmacological approach to pain management offers a significant advantage over conventional methods, which often rely on medication.
3. Accessibility
Virtual reality technology allows patients to receive therapy or rehabilitation services from the comfort of their homes. This increased accessibility is particularly beneficial for individuals with mobility issues or those living in remote areas, where access to specialized healthcare services may be limited.
4. Customizable Experiences
Medical VR applications can be tailored to meet the specific needs of each patient, offering personalized therapy sessions. This adaptability enhances the effectiveness of treatments, fostering quicker recovery times compared to more generic, one-size-fits-all approaches.
While evaluating the different suppliers make sure to check the following criteria:
1. Experience in Healthcare Sector
Ensure the supplier has a strong background in developing VR applications specifically for medical use, indicating their understanding of the healthcare industry's standards and regulations.
2. Customization Capabilities
The ability to customize VR solutions to fit specific medical training or treatment needs is essential, as it can greatly enhance the effectiveness of the VR application.
3. Compliance with Regulations
Verify that the supplier’s VR solutions comply with relevant healthcare regulations and data protection laws to ensure patient safety and privacy.
4. Technical Support and Maintenance
Look for suppliers offering comprehensive technical support and maintenance services to ensure the VR system remains functional and up-to-date.
5. User Training and Onboarding
Consider suppliers that provide thorough training materials and onboarding sessions, ensuring medical staff can effectively utilize the VR technology.
By focusing on these key criteria, you can select a Medical VR supplier that not only meets your technical requirements but also enhances the quality of care provided.
Medical VR (Virtual Reality) is revolutionizing B2B operations across several industries by enhancing training, planning, and patient care processes. In the healthcare sector, VR technology is being utilized for surgical training, allowing medical professionals to practice complex procedures in a risk-free, virtual environment. This application significantly improves the precision and confidence of surgeons, leading to better patient outcomes. Another critical use case is in the field of medical education. Through VR, medical students can experience immersive learning scenarios that mimic real-life conditions, offering a deeper understanding of human anatomy and medical conditions. This hands-on approach facilitates a more engaging and effective learning experience compared to traditional methods. Furthermore, VR is being leveraged for patient rehabilitation, providing a controlled yet flexible environment for patients to undergo physical therapy. It offers customizable scenarios that can adapt to a patient's specific rehabilitation needs, making the recovery process more engaging and potentially faster. Lastly, in the pharmaceutical industry, VR aids in the visualization of drug interactions at the molecular level. This innovative application allows for more precise drug development and can significantly reduce the time and cost associated with bringing new medications to market. By providing an in-depth and interactive view of how drugs interact with cells and viruses, pharmaceutical companies can enhance their R&D capabilities.
Medical Virtual Reality (VR) currently sits at a Technology Readiness Level (TRL) of 7 to 8, indicating that the technology has evolved from prototype demonstrations in controlled environments to actual system completions and demonstrations in operational settings. This advancement is due primarily to significant technical milestones, including the development of high-fidelity 3D visualizations, the integration of haptic feedback systems for tactile sensations, and the establishment of secure, real-time data transmission protocols that ensure patient privacy and data integrity. These technical enhancements have allowed Medical VR applications to be tested and validated in real-world medical scenarios, such as surgical training, patient rehabilitation, and anxiety management. Furthermore, the miniaturization of VR hardware and improvements in wearable technology have made Medical VR systems more accessible and comfortable for prolonged use, thereby increasing their practicality for both healthcare providers and patients. The high TRL reflects not only the technological maturity of Medical VR but also its readiness for broader adoption and integration into existing medical practices, supported by a growing body of clinical research that underscores its efficacy and potential benefits.
In the Short-Term, medical VR is poised for significant advancements in patient education and pre-operative planning. Enhanced immersive experiences will allow patients to visualize and understand complex medical procedures, easing anxiety and improving patient-doctor communication. Additionally, surgeons will benefit from VR simulations that provide a more accurate representation of surgical sites, leading to better-preparedness and precision in operations. The Mid-Term phase will see the integration of artificial intelligence with medical VR, enabling personalized therapy sessions for patients undergoing rehabilitation. This period will also witness the expansion of VR applications in mental health, offering immersive environments tailored to treat conditions such as PTSD, anxiety, and depression. The combination of AI and VR will facilitate adaptive learning environments, adjusting in real-time to the patient's progress and needs. In the Long-Term, medical VR is expected to revolutionize medical training and remote surgeries. With the development of haptic feedback technology, medical students and professionals will gain hands-on experience in a risk-free virtual environment, enhancing their skills and confidence. Remote-controlled robots, guided by surgeons using VR headsets, will conduct surgeries over long distances, breaking geographical barriers to healthcare access and allowing for expert intervention globally.
