Product Overview
What Is Our Temperature-Sensing Animal RFID Microchip?
Our Temperature-Sensing Animal RFID Microchip is a tiny, biocompatible passive RFID device that integrates permanent animal identification with real-time temperature monitoring. It streamlines animal tracking workflows and enables early detection of health issues via continuous temperature data capture. The chip complies with global animal ID standards (ISO 11784/11785, FDX-B) for universal compatibility across veterinary clinics, farms, shelters, and conservation programs.
Key Features
Dual Functionality: ID Identification + Temperature Sensing
Includes a unique, tamper-proof UID for permanent animal identification and an integrated temperature sensor to capture real-time body temperature data.
Passive RFID Technology
Battery-free operation: Powered by RFID reader signals, eliminating the need for maintenance or replacement.
Biocompatible Bioglass Encapsulation
Non-toxic, implant-grade bioglass material ensures minimal risk of animal rejection or adverse reactions during long-term use.
Global Standard Compliance
ISO 11784/11785 and FDX-B certified, compatible with most commercial RFID readers used in animal care and management.
Ultra-Compact Implantable Form Factor
1.4×8.5mm size enables painless implantation in small pets (cats, dogs), livestock (cattle, sheep), and exotic animals.
How the Product Works
RFID Identification Mechanism
Uses FDX-B full-duplex communication: The RFID reader transmits RF energy to activate the chip, which responds with its unique UID. This follows ISO 11784 (data structure) and ISO 11785 (communication protocol) for consistent performance.
Temperature Sensing & Data Transmission
The EM4305 chip integrates a temperature sensor to capture accurate body temperature readings. Data is transmitted to compatible readers using the same passive RF signal from the reader, no battery required.
Integration with Monitoring Systems
Collected ID and temperature data can be synced with veterinary practice software, livestock management platforms, or pet tracking systems for automated logging and analysis.
Core Benefits for Users
Early Health Detection
Proactively identifies abnormal temperature trends, enabling timely intervention to reduce treatment costs and improve animal health outcomes.
Simplified Animal Management
Eliminates manual record-keeping with automated ID verification and temperature logging, streamlining workflows in clinics, farms, and shelters.
Long-Term Reliability
Passive design ensures the chip operates indefinitely without battery replacement or performance degradation.
Universal Compatibility
ISO compliance works with existing RFID infrastructure, avoiding costly upgrades to current systems.
Animal Safety First
Bioglass material meets strict veterinary implantation standards, ensuring minimal discomfort and safety for all animal types.
Applications & Industry Use Cases
Pet Identification & Health Monitoring
Pet shelters use chips to track rescued animals and monitor post-rescue health; owners rely on them for lost pet recovery and at-home temperature checks.
Livestock Herd Management
Cattle farms use chips to track individual animals, monitor herd health via temperature trends, and comply with mandatory livestock traceability regulations.
Veterinary Clinic Patient Care
Clinics use chips to quickly access patient records, track temperature during treatment, and streamline check-in and discharge processes.
Animal Welfare & Research
Wildlife rehabilitation centers monitor animal recovery via temperature data and track released animals for conservation and research purposes.
Technical Specifications
| Parameter | Details |
|---|---|
| Chip Model | EM4305 (with integrated temperature sensor) |
| Operating Frequency | 134.2 kHz |
| Material | Implant-grade bioglass |
| Size | 1.4×8.5mm |
| Standards Compliance | ISO 11784/11785, FDX-B |
| Temperature Sensing Range | -20°C to 80°C |
| Temperature Accuracy | ±0.5°C |
| Read Range | Up to 10cm (varies by reader type) |
| Power Source | Passive (powered by RFID reader RF signal) |
How to Choose the Right Temperature-Sensing RFID Tag
Consider Animal Type & Size
Ensure the form factor matches the animal’s weight and implantation site (e.g., 1.4×8.5mm chips for small pets vs. larger tags for livestock).
Reader Compatibility
Verify compliance with your existing FDX-B RFID readers to avoid infrastructure upgrades or compatibility issues.
Sensing Accuracy Needs
Prioritize chips with ±0.5°C accuracy for critical health monitoring (e.g., livestock fever tracking or post-surgery recovery).
FAQs
Is the microchip safe for animal implantation?
Yes: The implant-grade bioglass material is non-toxic and meets veterinary safety standards. Implantation is a quick, low-risk procedure performed by licensed professionals.
How long does the temperature sensing function last?
Indefinitely: The passive design requires no battery, so the chip operates without degradation for the animal’s lifetime.
Can temperature data be integrated with existing farm/clinic software?
Yes: Data is transmitted via standard FDX-B protocol, compatible with most third-party animal management platforms and veterinary software systems.
What is the read range of the microchip?
Up to 10cm with handheld RFID readers; longer ranges (up to 30cm) are possible with fixed, high-power readers.
Request a Quote or Sample
Contact our sales team to get customized pricing, request a product sample, or discuss integration with your existing RFID system. Our team can provide detailed technical support and answer any additional questions about the Temperature-Sensing Animal RFID Microchip.