SurgicaVR

A medical virtual simulation software platform for medical universities and hospitals that provides research and teaching capabilities. The system displays visual blind spots that traditional simulation mannequins cannot show, allowing medical faculty and students to directly observe and intervene in all operational processes in real-time, closer to clinical medical operation standards. Available in multiple versions including PC, VR, AR, MR, 3D interactive wall, CAVE immersive system, and mobile versions, with customizable software functions based on customer requirements.

A fully immersive gamified learning experience utilizing virtual reality technology. It is designed for operating room setup training, team training, and simulation of real-life clinical scenarios.

Comprehensive virtual reality platform for developing clinical competencies across various medical procedures. Enables standardized training and assessment of healthcare professionals.

Virtual reality system for practicing medical procedures and interventions. Provides hands-on simulation experience for various clinical techniques.

A software platform designed for surgeon training and preoperative planning on robotic surgical systems. The simulation environment allows surgeons to practice complex procedures and develop proficiency with the robotic platform.

Integrated virtual and augmented reality platform for critical care medicine training and clinical applications. Supports multiple user perspectives including patients, clinicians, and researchers for comprehensive care simulation.

Virtual simulation platform for medical and nursing education, including obstetrics, pediatric emergency care, and geriatric rehabilitation training. Enables immersive VR-based clinical skill development and procedural practice for healthcare professionals and students.

An AI-powered software platform that converts CT scans to interactive 3D models in minutes for pre- and intraoperative use in thoracic surgery. The platform provides patient-specific anatomical visualization for complex lung procedures such as segmentectomies and lobectomies, enabling surgeons to annotate tumors, plan resection margins, and simulate tissue movement. It integrates with PACS systems, runs locally to maintain data security within hospital networks, and supports real-time intraoperative guidance by displaying 3D anatomy alongside endoscopic video during VATS and robotic surgery procedures.

A virtual reality simulation platform utilizing digital twin technology and real-time rendering for clinical training in hearing assessment, benign paroxysmal positional vertigo diagnosis and treatment, and temporal bone implant surgery procedures. Designed for medical education and surgical skill development.

Virtual and augmented reality technology for immersive laboratory and medical training.

AI-powered 3D surgical planning and navigation software for thoracic surgery. Integrates DICOM imaging with real-time anatomical labeling, tumor annotation, and tissue simulation to support preoperative planning and intraoperative guidance during complex lung resections including lobectomy and segmentectomy. Enables visualization of patient-specific anatomy alongside endoscopic video during VATS/RATS procedures, reducing operating time by 20-30 minutes.

Virtual reality software platform designed for nursing education and training. Provides immersive simulation scenarios for developing clinical nursing competencies and patient care skills.