WJ-E010 UHF ELECTRONIC EAR TAG
It leverages ultra-high frequency (UHF) RFID technology to provide accurate and long-range identification of livestock, ensuring efficient management and traceability. This ear tag system is particularly well-suited for large-scale operations where bulk scanning, easy identification, and quick data collection are essential.
WJ-E009 UHF ELECTRONIC EAR TAG FOR SHEEP
Advanced identification devices designed specifically for sheep, offering enhanced tracking and data management capabilities. Leveraging UHF RFID technology, these ear tags are ideal for large-scale operations requiring efficient, long-range data collection.
WJ-E008 ELECTRONIC EAR TAG
Electronic ear tags are innovative livestock identification tools that integrate RFID (Radio Frequency Identification) technology to enhance animal tracking, management, and data collection processes. These tags are widely used in livestock farming, wildlife monitoring, and traceability systems, offering significant advantages over traditional tags.
WJ-E007 PIGLET THROUGH-HOLE ELECTRONIC EAR TAG
Short DePiglet through-hole electronic ear tags are designed for effective identification and tracking in pig farming. With a through-hole structure, these tags are easy to attach and ensure a secure fit, making them ideal for managing active piglets.scription
WJ-E006 ELECTRONIC EAR TAGS FOR PIGLET SEALING
Piglet closed-hole electronic ear tags are specially designed for identifying and managing young pigs. Featuring a closed-hole structure, these tags ensure secure attachment, reducing the risk of loss during active movements.
WJ-E005 TAPERED ELECTRONIC EAR TAG
feature a unique tapered design that ensures a secure fit and minimizes detachment during animal activity. Made from durable, weather-resistant materials and equipped with advanced RFID technology, these tags offer precise identification and long-lasting performance.
Lightweight and animal-friendly, they reduce irritation while providing customizable options in color, size, and markings. Easy to install and reliable in harsh environments, conical electronic ear tags are an ideal choice for efficient and effective livestock management.
WJ-E004 THROUGH HOLE ELECTRONIC EAR TAG
Through-hole electronic ear tags are durable and reliable tools for livestock identification. With RFID technology and a secure design, they ensure accurate tracking and easy management. Lightweight and animal-friendly, these tags are simple to install and customizable to meet various needs, making them ideal for modern farming.
WJ-E003 IMPLANTABLE ELECTRONIC TAGS
WJ-E003 Animal implanting chip tag is a readable micro RFID tag, small size, easy to hide, widely used in the field of animal management, such as: precious fish, dogs, cats and other pet management.
WJ-E002 THROUGH HOLE ELECTRONIC EAR TAG
Through-hole electronic ear tags are durable and reliable tools for livestock identification. With RFID technology and a secure design, they ensure accurate tracking and easy management. Lightweight and animal-friendly, these tags are simple to install and customizable to meet various needs, making them ideal for modern farming.
WJ-E001 HOLE-SEALING ELECTRONIC EAR TAG
Sealed electronic ear tags are advanced identification tools designed for efficient livestock management. These ear tags integrate RFID technology within a sealed structure, offering durability, precision, and convenience.
WJ407 CUSTOMIZED ANIMAL EAR TAG
Ear Tags are basic tools used for animal identification,WJ407 meet the unique needs of various clients, we offer OEM/ODM support for a wide range of ear tag shapes. This ensures flexibility and customization to cater to different applications and purposes.
WJ406 INSURED EAR TAG WITH LASER PRINTING
WJ406 INSURED Protective Ear Tags are accessories or devices designed to provide extra protection for animal ear tags. Ear tags, as a common animal identification tool, are often used in harsh environments such as farms, ranches, or wildlife management. Protective ear tags help extend the lifespan of ear tags, ensuring their stability and readability in various environments
