OBJECTIVE To develop a storage device for portable sterile surgical instrument kits that enables intelligent management of surgical instruments in field and disaster relief environments.

METHODS Based on various intelligent monitoring modules such as temperature sensors, humidity sensors and oxygen sensors, environmental state parameters of the surgical instrument kits at different locations were obtained. An intelligent storage management device for portable sterile surgical instrument kits was designed, which employed neural network technology to predict the expiration date of the surgical instrument kits in real-time.

RESULTS The production and technical parameters, design renderings and production processes for the intelligent storage management device for portable sterile surgical instrument kits were initially completed, providing a reference for the effective application of numerically controlled storage devices for mobile surgical instruments in field environments in the future.

CONCLUSIONS The intelligent storage management device for portable sterile surgical instrument kits meets the requirements for managing surgical instruments in field environments, achieving real-time data monitoring and management of surgical instrument kits in special environments.