- It operates in the range of 134.2 Khz/125Khz.
- OLED Display has USB Charging input.
- Syfinee Emid Iso can provide readings from 18 - 20 metres.
Areas of Use
Mobile RFID Animal Chip Reader; animal identification, health record management, lost pet reunification, laboratory animal, wildlife management and animal husbandry.
| Feature |
Description |
| Protocol |
ISO, FDX-B, EMID |
| Operating Frequency |
134.2 Khz/125Khz |
| Reading Distance |
18/20cm |
| Card Reading Time |
1s |
| Color |
Black |
It is not suitable for direct use by end users who do not have detailed technical knowledge and equipment.
Blog Post
In this article, we will answer questions such as what is an RFID animal tracking device, what are its advantages, and what are its application areas.
Animal tracking is an important requirement in many areas, from farm management to wildlife conservation. Monitoring the location and movements of animals, and ensuring their safety, helps maintain their health and wellbeing. One of the technologies used for this purpose is RFID devices. RFID enables wireless identification and tracking of animals through tags attached to them.
The RFID animal tracking device consists of a small tag and a reader, which are worn either under the skin or around the neck of animals.
The tag contains the animal’s identification information and is usually attached to the animal’s ear, collar, or ankle. The RFID reader can detect the data stored in the tag using radio frequency signals. When the reader is brought close to the tag, it reads the identification information.
Advantages of RFID Animal Tracking Devices:
RFID animal tracking devices offer several advantages. One of the key benefits is high accuracy. Since RFID tags communicate directly with the reader, they provide fast and precise results. Additionally, tracking animal movements is vital for ensuring their safety and health. RFID devices help prevent the loss of animals and allow for easy location in case of theft.
RFID animal tracking devices are used in various fields such as livestock farming, veterinary medicine, and research.
In livestock farming, farmers can manage their herds, control diseases, and ensure animal safety by tracking their cattle and sheep. In veterinary medicine, RFID devices are used to maintain animals’ medical records and monitor their vaccinations. In wildlife conservation and research, RFID devices are employed to observe wild animals, track populations in protected areas, and protect endangered species.
RFID animal tracking devices also contribute to improving animal welfare.
By monitoring the movements and health conditions of tagged animals, it becomes easier to understand their needs. This allows farmers and veterinarians to provide better care using RFID technology.
These devices also support disease control and prevention in animals.
Especially for cattle, tagging helps in quickly identifying disease outbreaks and preventing their spread. As a result, disease management becomes more effective.
In conclusion, the RFID animal tracking device is a crucial technology that supports animal safety, welfare, and disease control.
It is widely used in fields such as farm management, veterinary medicine, wildlife conservation, and research, helping animals stay safe and receive better care.