Core Technology

The optimal solution composed of Anatomy AI smart healthcare and Anatomy XR digital healthcare.

  1. Anatomy AI: Capable of fully automatic identification of various organs and tissues, quickly converting them into 3D models for output.
  2. Anatomy XR: Supports AI-converted 3D models for assistance and navigation in MR (mixed reality) surgeries.

Digital healthcare is a global medical trend.
With advancements in technology and image processing, digital medical imaging has evolved from 2D black and white to 3D multi-color.
and has rapidly progressed through virtual reality (VR), augmented reality (AR), and mixed reality (MR).
Medical imaging accounts for a vast amount of data, representing approximately 80% of a hospital's total information volume.
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Product Application Overview

Storage Application - Database

Systematic management of VR/MR digital medical images across various specialties

Conversion, classification, and storage of real patient VR/MR digital imaging data for clinical and educational applications.

Clinical Application - Outpatient (Doctor-Patient Communication)

Enhancing the quality of doctor-patient communication
Traditional black-and-white images make it challenging to explain medical conditions to patients
3D models make it easier to explain medical conditions and treatment plans to patients

Clinical Application - MR Surgical Assistance

Improving surgical efficiency and quality
Visualizing the images in the surgeon's mind
Overlaying 3D models with the patient
Assisting in confirming the location and size of the lesion
Can reduce surgery time, minimize both wound size and the resection area

Medical Education - MR Interactive Courses

Accelerating the effectiveness of talent development
Supplementing images that students cannot visualize in their minds
3D models of real clinical cases
Integrating interactive learning and training with medical devices
Can shorten learning time and improve academic performance

Medical Education - Simulated Training and Exams

Accelerating the effectiveness of talent development
Supplementing images that students cannot visualize in their minds
3D models of real clinical cases
Integrating interactive learning and training with medical devices
Can shorten learning time and improve academic performance