Novius, a pioneering Japanese startup specializing in medical imaging technology, has been recognized with the Innovation Award in the 2024 Medical Device Network Excellence Awards for developing a cutting-edge technology that is set to redefine the landscape of medical imaging and surgical procedures.
The Medical Device Network Excellence Awards honor the most significant achievements and innovations in the medical devices industry. Powered by GlobalData’s business intelligence, the Awards recognize the people and companies leading change and shaping the future of the industry.
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Novius won the award for developing the N-Vision 3D, a revolutionary system that transforms traditional 2D medical scans into dynamic 3D images in real-time. The innovation not only enhances surgical precision, but also facilitates improved diagnostic accuracy and collaborative medical practices, setting a new benchmark in the medical devices industry.
Innovative AI technology in medical imaging
Novius’ N-Vision 3D distinguishes itself through its pioneering approach to transforming 2D medical scans into 3D images in real-time, addressing the critical need for enhanced spatial understanding in surgical procedures. This capability is particularly vital in complex surgeries, such as those involving brain tumors or arterial flow, where even millimeter’s difference can significantly impact outcomes. By providing a more accurate spatial representation, N-Vision 3D allows surgeons to visualize the human body’s three-dimensional structure more effectively, reducing the risk of errors and improving surgical precision.
Unlike traditional 3D imaging systems, which often require extensive hardware modifications or specialized equipment, N-Vision 3D integrates effortlessly into existing medical imaging systems. This seamless integration is achieved without the need for additional hardware or software modifications, making it a cost-effective solution for healthcare facilities. The technology’s compatibility with standard imaging equipment, such as endoscopes and X-ray fluoroscopes, ensures that it can be widely adopted without significant disruptions to current practices.
The real-time conversion capability of N-Vision 3D, achieved at an unprecedented speed of 0.008 seconds, is a testament to Novius’ advanced artificial intelligence (AI) algorithms and the use of NVIDIA GeForce RTX graphics cards. This rapid processing time is crucial in dynamic medical environments, where timely and accurate information can significantly impact patient outcomes. By enabling the creation of precise, interactive 3D models from standard 2D scans, Novius enhances diagnostic accuracy and treatment planning, ultimately contributing to improved therapeutic outcomes.
Enhancing collaboration and skill transfer in healthcare
N-Vision 3D not only advances technical capabilities but also fosters enhanced communication and skill transfer among medical professionals. The technology allows multiple users, including surgeons, assistants, and students, to simultaneously view and interact with the 3D imagery. This collaborative feature is invaluable in educational settings, where medical students and residents can gain a deeper understanding of surgical procedures by observing real-time 3D visualizations. The ability to share the same field of view on a glass-free 3D monitor facilitates the smooth transfer of skills and knowledge from experienced surgeons to trainees, enhancing the overall learning experience.
The glass-free nature of the N-Vision 3D monitor eliminates the need for specialized viewing equipment, such as VR goggles, making the technology more accessible and user-friendly. This innovation not only improves the user experience, but also broadens the potential applications of the technology across various medical disciplines. For instance, in laparoscopic and endoscopic surgeries, where traditional systems may cause discomfort due to the use of surgical loupes or microscopes, N-Vision 3D provides a more comfortable and efficient alternative.
Furthermore, the technology’s ability to create a sense of depth that is almost palpable allows for a more intuitive understanding of the surgical field. This capability is particularly beneficial in procedures where depth perception is crucial, such as in the navigation of complex anatomical structures. By enabling a more accurate spatial understanding, N-Vision 3D reduces the likelihood of medical errors and enhances the overall quality of patient care.
Through these advancements, Novius’ N-Vision 3D not only sets new standards for diagnostic and surgical precision, but also contributes to the broader goal of improving patient outcomes and advancing medical education.
Novius’ achievement with N-Vision 3D, thus, marks a significant milestone in the medical devices industry. While classified as a non-medical device in Japan, N-Vision 3D has passed rigorous review by Japan’s Ministry of Health, underscoring its reliability and potential impact in the medical field. As Novius continues to explore the versatility of its AI-based technology, its contributions are poised to extend beyond healthcare, influencing industries such as entertainment, security, and geophysics.
“I’m delighted to receive this award. We are applying an unprecedented technology called glass-free real-time 2D-3D that does not rely on eye tracking to medicine. This allows everyone on-site to share 3D information. We are working to obtain FDA and CE certification and plan to launch it in the US in 2025. We are also currently developing a real-time 3D linkage of 3D monitor information from operating rooms, etc. to smartphones and tablet devices.”
– Tomoko Fujino, Founder and CEO, Novius
The company is currently seeking individuals and/or companies interested in becoming sales agents, partners, or local distributors, and is offering financial support.
Company Profile
Novius’ real-time 2D-to-3D conversion system, powered by AI, is compatible with smartphones (iPhones) and MAC tablets. In healthcare, it enhances diagnostic accuracy, patient education, surgical planning, and emergency care by providing detailed 3D models. It also improves patient-informed consent, education, and remote consultations. This technology enables more efficient, accurate, and patient-centric healthcare, particularly in situations requiring rapid decision-making and clear communication, as demonstrated below. This technology is being tested and will be announced on our website when it becomes operational.
1. Diagnostic Support for CT scan, MRI, and Endoscope
By converting 2D medical images (e.g., CT scans, MRIs, and endoscopic images) into 3D models, healthcare providers gain a comprehensive view of complex anatomy, enhancing understanding of the patient’s condition. AI-driven 2D-to-3D conversion improves accuracy, helping identify abnormalities by adding depth and spatial context, which is difficult to discern in 2D images. Remote doctors and specialists can access 3D reconstructions on smartphones or tablets for faster examinations and consultations, second opinions, and expert evaluations, particularly in areas with limited access to specialists. Surgeons can plan procedures more effectively by manipulating 3D models to explore anatomy, plan approaches, and assess risks.
2. Education to Patients
3D models help patients better understand their medical conditions by visualizing tumors, fractures, or diseases in three dimensions, offering more insight than flat 2D images. Interacting with these models empowers patients to make informed decisions about their condition and treatment options. Healthcare providers can also use interactive 3D visuals to explain complex conditions and treatment plans, enhancing communication and clarity.
3. Informed Consent
3D models enhance informed consent by clearly showing patients what will happen during procedures or surgery. Interactive visualizations help patients understand risks, complications, and expected outcomes. These models simplify complex medical information, highlighting areas of concern and improving transparency, which in turn boosts patient trust in the process.
4. Emergency and Urgent Treatment
In emergencies, 3D models of a patient’s condition (e.g., fractures, internal bleeding, or blocked arteries) enable quicker, more accurate decision-making. Doctors can remotely guide paramedics or field doctors by providing 3D reconstructions, improving remote assistance. These models offer in-depth, real-time visualization of life-threatening situations, providing critical details that 2D images often lack.
5. Remote Operation (Telemedicine)
Healthcare providers can remotely diagnose patients by examining 3D reconstructions of their scans, enabling expert consultations without requiring travel. In telemedicine, remote surgeons can plan and simulate surgeries using 3D models, offering detailed insights into complex cases. This reduces the need for physical visits, providing cost-effective care, especially in remote or underserved regions.
6. Health Screening Business (new business)
Our AI-powered 2D-to-3D conversion technology enhances diagnostic accuracy, patient care, and remote consultations. By transforming 2D endoscopic and X-ray fluoroscopy images into detailed 3D models, we help doctors visualize complex conditions with unprecedented clarity, improving decision-making, reducing misdiagnosis, and streamlining workflows. Our subscription-based pricing ensures affordable, scalable access to this advanced technology, making it available to healthcare providers worldwide, especially in underserved regions. With proven success in diverse healthcare environments, we’re ready to help your facility deliver more efficient, effective care. Please see our web site in details.
Contact Details
Cambridge Building 3F, 3-2-13 Minamino,
Hachioji-shi, Tokyo 192-0916, Japan
Email: contact@novius.co.jp
Telephone: +81-426 -83-1178
Links
Website: https://novius.co.jp/en/
