By using AR holographic images, surgeons can plan surgical procedures more precisely and receive real-time visual assistance during execution.
It allows surgeons to look at a patient’s internal structure with unprecedented detail and clarity, thereby improving the success and safety of surgery.
It also provides immediate feedback during surgery.
In fields such as neurosurgery, orthopedics, and reconstructive surgery, SurgicalAR offers a new approach to surgical visualization that allows surgeons to see highly detailed holographic images during surgery.
Medivis’ technology has been deployed in more than 40 hospitals and medical schools, enabling physicians to use it in operating rooms, ICUs, and clinics to support different medical scenarios.
Technical integration of Medivis SurgicalAR:
1. Augmented Reality (AR): SurgicalAR uses augmented reality technology to provide doctors with visual assistance during surgery through holographic images. This technology allows 3D images to be visually displayed in the doctor’s field of vision, allowing them to more precisely locate and understand the patient’s internal structures.
2. Artificial intelligence (AI): SurgicalAR combines artificial intelligence, especially in image processing and data analytics. AI can help analyze medical images, provide deeper diagnostic information, and assist physicians in formulating more effective surgical plans.
3, computer vision: used to accurately identify and track the surgical area, improve the accuracy and safety of surgery. It also supports real-time image analysis to ensure the accuracy of the surgical process.
The main features of Medivis SurgicalAR include:
1. Augmented Reality Navigation: Use augmented reality technology to provide holographic image navigation during surgery, helping physicians locate and execute surgical steps more accurately.
2. Advanced Visualization: Provides highly realistic renderings of medical images, allowing physicians to view patients’ internal structures with unprecedented detail and clarity.
3. Gesture control operation: Through the AR/AI user interface, doctors can use intuitive gestures to manipulate and explore 3D medical images, such as rotating, zooming, and cropping.
4. Data Transmission Service: Allows the import of medical data (e.g. CT, MRI, and ultrasound data) from a variety of sources and the rapid conversion of this data into 3D holograms.
5. Real-time feedback: Provides immediate feedback during surgery to help physicians make more accurate clinical decisions.
6. Personalized surgery planning: Customize the surgery plan according to the patient’s specific medical data to improve the personalization and accuracy of the surgery.
7. Multidisciplinary applications: applicable to multiple medical fields, including neurosurgery, orthopedics, and reconstructive surgery.
By combining augmented reality and artificial intelligence, Medivis SurgicalAR provides physicians with a powerful tool to improve the accuracy and safety of surgery and improve patient outcomes.
Official website:https://medivis.com/surgical-ar
Video introduction:http://bit.ly/3O5RwGA
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