Information Architecture and Quality Control for a Multi-system Coordination Platform Managing Loaner Medical Instruments and Implants: A Case of Intelligent Ecosystem Construction

Effectively managing and maintaining the quality and safety of loaner medical instruments and implants has become a critical issue in the medical industry due to the rapid advancement of medical instrument technology and the growing variety of implants. Currently, China lacks a complete and mature information platform for managing the full process targeting loaner medical instruments and implants. This study proposes a multi-system coordination-based platform. This platform digitizes the full process targeting loaner medical instruments and implants, breaks down information flow barriers between different business systems, and thereby creates a single multi-system coordination platform for loaner medical instruments and implants by integrating technologies such as the Internet of Things, big data analysis, cloud computing, and artificial intelligence. This achieves life-cycle management of medical instruments and implants. For the purpose of improving the accuracy and reliability of medical instrument management, increasing work efficiency of personnel at all links, and guaranteeing patient safety, the study focuses on constructing an intelligent and efficient information architecture and investigating its applications in quality control.