RFID glass tube implantable tags for intelligent animal management

Low-frequency RFID glass tube implantable tags are increasingly becoming a standard product for animal management. This advanced technology is changing the way people manage animal information.

The RFID glass tube implantable tag complies with the ISO11785/85 (FDX-B) standard and is packaged in glass. The chip is integrated in a sealed glass column. The typical low-frequency RFID frequency range is 134 kHz. This frequency range strikes a balance between penetration and radiation capabilities and is suitable for the needs of implantable tags. The reading and writing distance of low-frequency RFID is relatively short, generally between a few centimeters and 30 centimeters. This helps improve the accuracy and security of information reading. In addition, its storage capacity is relatively limited, but for basic identity information, breeding data, medical records and other data, it is enough to meet the needs of implantable tags.

RFID glass tube implantable tag has the following characteristics:

1. Tiny and safe: The tiny size of the glass tube implantable tag makes it almost imperceptible when implanted in the body. At the same time, the glass tube material has excellent biocompatibility, reducing discomfort caused by implantation.

2. Long life and stability: This kind of tag has a long service life because it is passive and does not require external power supply. It also performs well in the environment implanted in the body and can work stably to ensure the reliability of information.

3. High security: Low-frequency RFID technology itself has high security and is difficult to be illegally interfered with. The glass shell of the implanted tag also makes the information difficult to tamper with, providing an effective guarantee for the security of individual body information.

4. Versatility: In addition to basic identification functions, glass tube implantable tags can also carry various information, such as breeding information, allergy information, medical history, etc., to provide timely and accurate information for various animal epidemic prevention, breeding and medical assistance. Information.

So, how is this electronic tag used? The use of this low-frequency RFID glass tube implantable tag is also simple and intuitive. First, tiny glass tubes are implanted into subcutaneous tissue, a process similar to traditional implantable chips. Subsequently, the implanted tag can be read and written through low-frequency RFID technology. Reading information only requires placing the reader close to the implanted location, while writing information requires professional equipment. In this way, the acquisition and management of individual body information becomes more convenient and accurate.

RFID glass tube implantable tags are mainly used in the following application areas:

Medical and health: Low-frequency RFID glass tube implantable tags can be used in the medical and health field for real-time monitoring of body information and storage of medical records. This is of great significance for long-term management of patients with chronic diseases and medical assistance in emergencies.

Security management: In the security field, this kind of implanted tag can be used for identification, entry and exit management, and improve security. Especially in scenarios such as military and government agencies that have high requirements for identity security, its role is particularly significant.

Animal management: In addition to humans, low-frequency RFID glass tube implantable tags can also be used on pets and animals to track pets and monitor their health. As well as animal tracking and identification management, animal data statistics, automatic animal feeding, animal behavior management, and rare animal tracking.

Low-frequency RFID glass tube implantable tags have broad application prospects in the fields of pet and animal management, medical care, security and identification. Its small size, safety, long life, and multifunctional applications make it an important Tool for future body information management.