How RFID Stickers Enhance Blood Safety and Manage Infection Risks?

Blood plays a vital role in medical treatment. However, it is also one of the channels for the spread of many diseases. Blood infection can easily lead to the transmission of diseases such as AIDS, liver disease, and others. Irregular blood collection can result in hidden dangers of disease transmission. Therefore, all processes of blood collection, storage, transportation, and use must be strictly controlled.

Nowadays, more and more hospitals are using RFID technology, sticking RFID stickers on blood bags to bind blood information. This method can effectively improve the utilization rate of blood resources, promote their efficient use in hospitals, and enhance the accuracy of blood inventory, blood planning, progress control, and blood quality assurance.

Each Bag of Blood Has a Unique Identity

An RFID sticker is attached to each blood bag. Each tag has a built-in globally unique ID. The tag cannot be tampered with or copied. It records the storage location, collection time, expiration date, and other critical information. It can also track the transfer records of blood between different blood banks. This globally unique identification method greatly enhances the transparency and security of the blood circulation process.

Reduce the Risk of Blood Contamination

Traditional manual management is prone to errors and confusion, which can easily lead to contamination and repeated handling of blood bags. Sometimes, such errors further increase the risk of contamination. After using RFID stickers, staff can read blood bag information remotely with RFID readers, avoiding direct contact, reducing the probability of blood contamination, and ensuring the safety of every unit of blood.

Scientific Management of Blood Information

Through system integration, expiration dates can be set when storing blood. When the blood is close to or exceeds the expiration date, the system automatically issues an alarm, allowing staff to quickly locate the blood storage position and handle it promptly. RFID stickers support writing manufacturer-defined information. For example, the Impinj M730/M750 chip offers 128-bit EPC memory, fast reading speeds, and multi-protocol support (compatible with EPC Gen2v2 and ISO 18000-6C standards), making it highly suitable for high-precision blood management.

Multiple Tags Can Be Identified Simultaneously to Improve Work Efficiency

Once RFID stickers are affixed to blood bags, readers can quickly identify multiple tags at once. The data is transmitted to the system backend for real-time centralized management. Compared with traditional manual statistics, RFID technology offers higher accuracy, improved efficiency, and greatly reduced error rates.

Real-Time Tracking and Management of the Entire Process

RFID technology enables real-time tracking of the entire blood collection, storage, and transportation processes, ensuring the safety and standardized management of blood. By integrating with computer systems, real-time monitoring of blood quality and transportation status becomes possible, truly realizing the informatization and intelligence of blood management. RFID stickers technology allows every unit of blood to be under “visible” supervision, effectively avoiding hidden dangers of infection caused by irregular operations.

Overview of the Features of High-Quality RFID Stickers Produced by Our Top 5 Manufacturer in China

Summary

Every link of blood use is related to life safety. By applying RFID stickers technology in blood management, the quality of blood can be monitored in real time, making the entire industry chain clear, transparent, and uncontaminated. The use of RFID technology enables real-time monitoring and internet-based tracking of blood quality, truly realizing blood information management and intelligent control, while significantly improving work efficiency.