Greece will be among the first EU countries with a centralized national system for the management of medical equipment.
Healthcare organisations rely on a wide range of medical devices whose availability, performance, maintenance, and safety directly affect the quality of care. This project develops a unified, end-to-end system to support the inventory, lifecycle management, and safety vigilance of medical equipment across healthcare services, to improve traceability, performance monitoring, and timely risk response. Through this project, Greece establishes a single, nationwide framework that unifies medical device equipment management and vigilance across the public hospital network, thus setting a new European benchmark for traceability, performance oversight, and patient safety response.
The project’s core aims are to:
- Establish a Central System for Management and Surveillance covering the full range of medical equipment across all public hospitals.
- Simplify end-to-end processes, from procurement and commissioning to decommissioning — while also supporting the monitoring of adverse incidents.
- Enable efficient tracking of cost, quality, and safety, and to support evidence-based planning and investment decisions.
- Develop a National Vigilance Database — a central repository for adverse incident reports and recall information sourced from EUDAMED and other databases.
The project is demonstrating excellent implementation progress, with strong endorsement from all involved stakeholders. INBIT’s professional performance has been widely recognised, with the initiative described as a “model project.”
129
Hospitals registered
160,000 +
Devices registered nationally
43%
AI-based data entry completed
840
Users active
Outputs
Unified medical equipment registry and standardised workflows
Digital tools for maintenance, documentation, and vigilance case handling
KPIs and dashboards for technical performance, safety, and compliance
Guidance material and training resources for consistent adoption
Impact
Better traceability and accountability across the equipment lifecycle
Faster identification of safety signals and improved incident learning
Reduced downtime and improved equipment availability
Stronger planning for replacement, budgeting, and technology management
Stakeholders
This project supports collaboration among: