Cardiovascular Simulator

Coronary catheterization training station

A portable, high-fidelity simulator for cardiovascular angiography training — with real instruments, real, and an immersive virtual environment

OVERVIEW

Bridging computer-based simulation and the real cath lab

The system lets physicians and trainees practice endovascular procedures with authentic instrument interaction across many clinical cases and anatomies, bridging the gap between traditional computer-based simulation and real-world catheterization labs.

PORTABLE

HIGH-FIDELITY

REAL INSTRUMENTS

OBJECTIVE ANALYTICS

HOW IT WORKS

The system setup

CV-1 Tracker device. USB-powered station providing accurate real-time tracking of the catheter and the guidewire; includes steering module for C-Arm and injection interaction.

Tablet on a stand. Runs the physical simulation of instruments and the patient’s body and displays the X-Ray view, realistically mimicking the fluoroscope at 60-120 fps.

Real catheter & guidewire. Genuine instruments build the true hand-eye coordination and procedural flow. Simulating 12 different catheter shapes, various bend sizes and diameters (F).

Performance-analytics dashboard. Objective feedback on safety, precision, and efficiency. Detecting more than dozen various operator mistakes.

KEY FEATURES

Realism that matters

Physics-based modelling

Accurate vessel–instrument interaction engine.

Real patient anatomies

A broad spectrum of navigational challenges, including rare cases.

Adaptive haptics

Tactile feedback mimics friction and vessel-contraction events, adjusted to the case.

Rigorous procedure logic

Helps trainees understand the process and avoid typical mistakes.

Core skill development

Instrument navigation, contrast injection, and fluoroscopic image interpretation.

Objective analytics

Built-in comprehensive report on safety, precision, and efficiency for every run.

COMPETENCIES

What you can train

  • Catheter & guidewire navigation and positioning
  • Contrast injection workflow
  • Proper reaction to adverse events and own errors
  • Procedural steps and protocol discipline
  • Handling various instrument shapes and sizes
  • Error avoidance
  • Fluoroscopic image interpretation
  • Handling uncommon human anatomies

PROGRESSIVE LEARNING

From basic access to complex interventions

Modular scenarios curated by experienced physicians, structured across four progressive levels.

WHO IT’S FOR

Designed for education at scale

Hospitals

Skills labs & CME

Universities

Structured curricula

Training centers

Cohorts & bootcamps

Clinical workshops

Outreach demos

Its portable setup enables easy deployment across classrooms, simulation labs, and partner sites supporting self-paced practice, instructor-led sessions, and full structured curricula.

THE GROUP

One multidisciplinary team behind the simulator

Clinicians, engineers, and researchers working together at Sano to build a safe, high-fidelity training tool for interventional cardiology and radiology.

Tomasz Gubała
Research Support Manager

Katarzyna Baliga
Head of Innovation and Communication

Krzysztof Karwat

Renata Szydlak

Junior Research Specialist in Medical Imaging and Robotics

Dominik Stosik

Dominik Stosik

Clinical Advisor for AI & Digital Health Solutions

Adam Błasiak

Junior Research Specialist

Kacper Feliks

Junior Scientific Developer

Anna Węgrzyn

Junior Research Specialist