Simulators

ArthroS is a high-fidelity arthroscopy training simulator designed for realistic orthopaedic skills development. Developed by VirtaMed and distributed by Phantasim, ArthroS enables trainees to practise core arthroscopic techniques using anatomically accurate joint models, real surgical instruments, and advanced haptic feedback. The system supports structured, competency-based training across hospitals, universities, and surgical education programs.

GynoS is a high-fidelity gynaecological ultrasound training simulator designed for structured, competency-based education. It enables trainees to develop ultrasound scanning, image interpretation, and anatomical orientation skills using realistic virtual patients in both transvaginal and transabdominal ultrasound. GynoS supports safe, repeatable training in a controlled simulation environment.

LaparoS is a high-fidelity laparoscopic surgical training simulator designed to support structured skills development and procedural training. Using anatomically accurate models, real instruments, and advanced haptic feedback, LaparoS allows trainees to practise core laparoscopic skills such as camera navigation, tissue handling, and suturing in a realistic, risk-free environment.

RoboS is a high-fidelity robotic surgery training simulator designed to support structured skills development and procedural training. It provides realistic replication of a robotic surgeon console, including master controls and foot pedals, enabling trainees to practise robotic hand–eye coordination, camera control, and instrument manipulation in a safe, risk-free environment.

UroS is a high-fidelity endourology training simulator designed for diagnostic and therapeutic procedures. It enables trainees to practise flexible and rigid endoscopic skills, stone management, and fluoroscopy-guided workflows using realistic anatomies, instruments, and real-time imaging in a controlled simulation environment.