15 years of medical visualization. 100,000+ 3D medical assets. The team behind China's first documented Apple Vision Pro clinical use cases — from the OR to remote care.
Apple Vision Pro · live surgery
Bring us your clinical workflow, medical device, imaging pipeline or training scenario. We provide the full spatial-computing stack — visionOS engineering, real-time media, medical AI, embedded hardware and 3D medical content — to turn it into a working product or pilot-ready prototype.
SwiftUI, RealityKit, Metal and Unity3D for Apple Vision Pro and cross-platform XR — gesture, voice and stereoscopic 3D rendering.
Low-latency WebRTC / NDI streaming, UVC capture, Go and Node.js services, database integration and secure deployment.
ESP32 embedded hardware, infrared sensing, custom spatial peripherals, 3D printing and rapid prototyping.
Multimodal AI and RAG-based medical knowledge workflows to reduce hallucination risk and improve traceability — public, hybrid or on-prem.
AI-assisted conversion of scope video, scans and medical images into interactive stereoscopic 3D for spatial viewing and education.
A 100,000+ anatomically reviewed asset library, surgical animation and disease / device education content.
We help medical-device, imaging and digital-health teams move from concept to working spatial prototypes faster — combining clinical understanding, 3D medical content, real-time media engineering and Apple Vision Pro development in one delivery team.
SurgVision is a spatial surgical software suite for Apple Vision Pro — for medical visualization, surgical education, procedural planning and research evaluation, from real-time 3D vision to spatial measurement workflows.
Converts live laparoscope, endoscope or arthroscope video into stereoscopic 3D for Apple Vision Pro — for immersive surgical viewing, teaching and evaluation. Wired latency target <100 ms; wireless ≈ 200 ms.
High-precision spatial distance and area measurement for orthopedic planning and evaluation — Apple Vision Pro + Muse stylus, STL / USD 1:1 import, bone-tunnel depth. Measurement performance is subject to validation and local regulatory requirements.
Imports, renders and stores medical DICOM for spatial viewing — multi-series comparison and on-image distance, angle and area measurement.
Plays medical imaging, 2D and 3D video in spatial computing — WebRTC / NDI streaming and UVC input via the Vision Pro Developer Strap.
Turn CT / MRI / DICOM into interactive 3D for planning, explanation and team discussion.
Repeatable spatial training for anatomy, device operation and procedural learning.
Convert 2D scope video into stereoscopic 3D for immersive viewing and evaluation.
Low-latency video, spatial content sharing and expert review across locations.
From patient imaging to interactive 3D planning — visualize anatomy, discuss procedures and evaluate workflows. With v2.0, live scope video becomes stereoscopic 3D for OR education.
An immersive, repeatable 3D library of anatomy, surgical technique and device operation for classrooms and skills labs.
Turn device mechanisms and procedural workflows into spatial demos for physician education and congress presentations.
Integrate DICOM, real-time video, 3D assets and spatial interaction into Vision Pro / XR prototypes — without building a full team.
Featured in Apple's China Corporate Responsibility Report 2025–26 for the Ruijin Hospital remote-consultation project.
