Clean Fabric Temporary Storage Cabinet

Product Definition
The Wanma Clean Fabric Temporary Storage Cabinet is an intelligent terminal device integrated with RFID, IoT, and facial recognition technologies, designed for managing medical fabrics. It provides real-time access, accurate inventory tracking, and full-process traceability of clean fabrics in high-hygiene environments such as hospital wards, operating rooms, and laundries. Through automated and contactless operations, it establishes a safe, efficient, and digital closed-loop management system for medical fabrics.

Key Advantages 
Precision Inventory Management with ≤1% Error Rate
Utilizes independently developed RFID inventory algorithms to display real-time stock levels, with low-stock alerts and idle item notifications. Achieves over 99% inventory accuracy, replacing manual counting and significantly improving management precision.

Contactless Operation & Full Lifecycle Traceability
Equipped with dual-camera facial recognition (capable of identifying mask-wearing individuals) for touch-free access. Integrated RFID technology enables end-to-end tracking of fabrics from procurement and storage to distribution, use, collection, laundering, and disposal, reducing loss rates and cross-infection risks.

Flexible Networking & High Compatibility
Supports multiple communication modes including wired, 4G, and WiFi. Features offline automatic synchronization and data recovery. Built with a microservices architecture and OPEN API for seamless integration with hospital HIS, laundry management systems, and other platforms, accommodating customized needs.

Round-the-Clock Service & Quality Assurance
Offers 7×24 technical support with on-site service within 24 hours locally and 48 hours in surrounding regions. The product is developed by a recognized “Top 500” Chinese manufacturing enterprise, designed with strict ergonomic principles to ensure reliability and user experience.

Applications
Widely used for temporary storage of clean fabrics in hospital wards, management of surgical attire and linens in operating rooms, fabric handover processes in laundries, and logistics tracking in regional medical textile cleaning centers. Ideal for medical units requiring strict infection control and improved material flow efficiency, supporting hospitals in achieving “paperless, visual, and traceable” fabric management while promoting resource conservation and operational digitization.