Unlocking Dynamic Animal Identification: The 125KHz RFID 2.12 Syringe Rewritable Animal Implant

In the ever-evolving landscape of animal management, research, and pet care, the demand for flexible, reliable, and humane identification solutions has never been greater. Introducing the 125KHz RFID 2.12 Syringe Rewritable Animal Implant, a cutting-edge solution designed to meet these dynamic needs.

This innovative system combines the proven reliability of 125KHz Low-Frequency RFID technology with the crucial advantage of rewritable data capabilities, all delivered in a sterile, easy-to-use syringe format. Ideal for a diverse range of applications, from veterinary clinics and animal shelters to livestock management and advanced research facilities, this product offers a superior method for lifelong, updateable animal identification.

The core of this system is a diminutive 2.12mm diameter glass-encapsulated RFID transponder, specifically engineered for biocompatibility and minimal invasiveness. What sets this 125KHz RFID 2.12 Syringe Rewritable Animal Implant apart is its T5577 (or compatible) chip, which allows the stored identification data to be modified or updated as needed using a compatible 125KHz RFID read/write device. This rewritability opens up a new realm of possibilities for data management without the need for re-implantation, offering unparalleled flexibility throughout an animal’s life. 

The Power of Rewritability: Adapting Identification to Evolving Needs

The standout feature of the Syringe Rewritable Animal Implant is its rewritable capability. Traditional read-only microchips provide a static, permanent ID. While excellent for basic identification, they lack the flexibility required for scenarios where associated data might change over time. Our rewritable implant addresses this limitation directly:

• Dynamic Research Data: Researchers can update tag information to reflect changing experimental parameters, subject groups, or observational data without disturbing the animal. This is invaluable for longitudinal studies.

• Updated Medical Records: While primary ID might remain, secondary data fields on the chip (if supported by the chip type and system) could potentially be updated to flag specific medical conditions or treatment protocols, directly accessible via a scan.

• Livestock Management Flexibility: Batch numbers, health status, or quarantine information could be updated on the implant as animals move through different stages of production or health management programs. 

• Adaptable Access Control: In specialized environments, the rewritable chip could be used to grant or revoke access permissions for animals to certain areas or automated feeders.

• Re-assigning Implants (with caution): In specific, controlled scenarios (e.g., short-term research where devices are recovered and re-sterilized appropriately for re-use on different subjects, though this is less common for implants), the ability to rewrite the ID can be cost-effective. However, for permanent animal ID, the initial ID is usually locked or not changed to maintain unique lifelong traceability

This adaptability, delivered through the convenient 125KHz RFID 2.12 Syringe Rewritable Animal Implant, significantly enhances the utility of RFID technology in animal management, making it a more versatile and powerful tool.

Advanced Technology Meets Humane Application

The 125KHz RFID 2.12 Syringe Rewritable Animal Implant system is a fusion of sophisticated microelectronics and thoughtful, animal-centric design:

• The Rewritable RFID Transponder:

  • Chip Type: Typically a T5577 or compatible chip, renowned for its reliable 125KHz read/write performance.

  • Frequency: 125KHz Low Frequency (LF) is optimal for animal implants due to its excellent performance in reading through organic tissue and its resistance to environmental interference.

  • Dimensions: A miniature Ø2.12mm x 12mm (or similar small form factor) glass tag, designed to be minimally invasive.

  • Biocompatible Encapsulation: The chip is hermetically sealed in medical-grade biocompatible glass, preventing tissue irritation and ensuring long-term stability within the animal’s body.

  • Parylene Coating (Optional): Many tags include an anti-migration Parylene C coating to ensure the implant remains at the site of implantation.

  • Passive Operation: Like all passive RFID tags, it requires no internal battery. It’s powered wirelessly by the RFID reader/writer, giving it a virtually unlimited operational lifespan.

• The Sterile Syringe Applicator:

  • Pre-loaded & Sterile: Each 125KHz RFID 2.12 Syringe Rewritable Animal Implant comes individually packaged in a sterile pouch, with the glass tag pre-loaded in the syringe needle. This eliminates manual loading, reduces contamination risk, and saves time. Sterilization is typically achieved using Ethylene Oxide (EO) gas.

  • Ergonomic Design: The syringe is designed for easy handling, providing a secure grip and precise control during the implantation procedure.

  • Sharp, Bevelled Needle: A high-quality, sharp stainless steel needle minimizes pain and tissue trauma during insertion, making the process similar to a standard vaccination.

  • Single-Use Design: The syringe is intended for one-time use, upholding the highest standards of hygiene and preventing cross-contamination between animals.

This comprehensive Syringe Rewritable Animal Implant system ensures that the advanced capability of rewritable data is delivered in a manner that prioritizes animal welfare and user convenience.

Technical Specifications & Seamless Implementation Protocol

Understanding the technical capabilities is crucial for integrating the 125KHz RFID 2.12 Syringe Rewritable Animal Implant into your operations. Below are the key specifications:

Implementation Protocol:

1. Preparation: Ensure you have a compatible 125KHz RFID reader/writer capable of programming T5577 (or equivalent) chips.

2. Pre-Scan & Programming (Optional): Before removing the syringe from its sterile packaging, you can scan it to verify the chip. If a specific ID is required, program the chip while it’s still in the sterile syringe assembly using your reader/writer.

3. Site Preparation: Identify the appropriate subcutaneous implantation site as per veterinary guidelines for the specific animal species. Cleanse the area thoroughly.

4. Implantation: Remove the 2.12 Syringe Rewritable Animal Implant from its sterile pouch. Gently lift the skin at the prepared site. Insert the needle subcutaneously and fully depress the plunger to deploy the glass tag. Withdraw the syringe.

5. Post-Implantation Verification: Scan the animal at the implantation site with your reader/writer to confirm the tag is correctly placed, readable, and displays the intended ID.

6. Data Management: Record the animal’s details and the associated RFID number in your database system. Update chip data as needed using your reader/writer.

7. Disposal: Dispose of the used syringe in an approved sharps container according to local biohazard waste disposal regulations.

By choosing the 2.12 Syringe Rewritable Animal Implant, you are investing in a future-proof identification system that offers unparalleled flexibility, reliability, and humane application for all your animal management needs. Contact us to explore how this solution can transform your operations.