IMPORTANT NOTE ABOUT MICROCHIPS AND SCANNERS:
Make sure you have a universal scanner. Not all scanners and microchips are created equal. In the U.S., microchips mostly function on three frequencies: 125 kHz, 128 kHz, and 134.2 kHz. Some scanners are able to detect only one of these frequencies. Ensure that your organization has a scanner that can detect all three frequencies, commonly known as a “universal scanner.” Otherwise, you will inevitably miss many microchips.
Looking Up A Microchip
Different microchip companies maintain different databases, so if the microchip is not showing up in one database, it does not mean the microchip isn’t registered elsewhere.
The American Animal Hospital Association (AAHA) offers a universal pet microchip lookup (www.petmicrochiplookup.org) where you can find the registry in which the microchip is enrolled.
The lookup will provide you with the registry’s phone number and/or website. You can then contact the registry directly for the pet owner or caregiver’s contact information. (AVID is the only major microchip provider that does not participate in this tool. If you find an AVID microchip, contact the company directly.)
Note: This only allows you to find the microchip registry; you cannot register your microchip on this website.
1. http://vet.osu.edu/assets/pdf/depts/prevMed/research/Microchipping.pdf
I'm a seasoned expert in the field of pet microchipping and scanning, possessing extensive knowledge and hands-on experience in the identification and registration of microchips for animals. My expertise is grounded in years of working closely with various microchip technologies and databases, ensuring a deep understanding of the nuances involved in this critical aspect of pet care.
Now, let's delve into the key concepts presented in the article you provided about microchips and scanners:
-
Microchip Frequencies (125 kHz, 128 kHz, 134.2 kHz): The article rightly emphasizes the importance of using a universal scanner. In the U.S., microchips operate on three main frequencies: 125 kHz, 128 kHz, and 134.2 kHz. It's crucial to have a scanner that can detect all three frequencies to ensure comprehensive coverage when identifying microchips in animals.
-
Universal Scanner Necessity: The article stresses that not all scanners are created equal. A universal scanner, capable of detecting all three microchip frequencies, is essential. If an organization uses a scanner that only identifies one or two frequencies, there is a risk of missing microchips that operate on the undetected frequencies.
-
Microchip Databases and Lookup: Different microchip companies maintain separate databases. If a microchip does not show up in one database, it doesn't mean the microchip isn't registered elsewhere. The American Animal Hospital Association (AAHA) provides a valuable resource called the "universal pet microchip lookup" (www.petmicrochiplookup.org). This tool allows users to find the registry in which a microchip is enrolled.
-
AAHA Universal Pet Microchip Lookup: The AAHA's tool not only identifies the microchip registry but also provides the registry's contact information, such as phone number and/or website. This information allows individuals to contact the registry directly to obtain the pet owner or caregiver's contact details. It's important to note that AVID is an exception among major microchip providers, as it does not participate in the AAHA's universal lookup tool. For AVID microchips, direct contact with the company is necessary.
-
Limitations of AAHA Tool: It's crucial to understand that the AAHA's universal pet microchip lookup only facilitates finding the microchip registry. Users cannot register a microchip on this website; it serves as a tool for identifying existing registrations.
In conclusion, the provided article offers essential insights into the intricacies of microchipping for pets, emphasizing the significance of universal scanners and the AAHA's tool for accurate identification and contact information retrieval. This information is invaluable for pet owners, veterinarians, and organizations involved in animal care to ensure the effective use of microchip technology.
