Microchips are amazing, lifesaving devices, but they can also be frustrating. Here we explain how to scan for and implant a microchip with ease.
How to Find a Chip
You’ll need a universal or global scanner with the ability to detect various frequencies and batteries (check to make sure they’re fresh).
Global scanners work by cycling through all frequencies, so they need to be held close to the animal and moved slowly in a systematic fashion to avoid missing a chip. Go no faster than a half-foot per second and scan in an "S" pattern from the neck down the back.
If you don't find a chip, keep scanning down the legs, around the neck and shoulders, and then down both sides.
How to Implant a Chip
We've all had to chip that wiggly puppy or kitten and then watch the chip pop out seconds later or discover it still hanging to the tip of the needle. Try this technique to prevent that from happening:
- Insert the needle and press the plunger like you normally would to implant the chip, but turn the needle 90 degrees to the side before withdrawing it. This will help dislodge a chip that's dangling off the end and will change the orientation of the skin opening to help minimize the chance the chip will pop out.
- Gently pinch at the area where you implanted the chip after withdrawing the needle and you should be good to go.
- Remember, a tasty treat can be just the distraction you need to make the procedure quick and easy for everyone involved.
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Topics: Animal Health , Animal Care
Type: How-Tos
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I'm an expert in the field of animal care and microchip technology, with a deep understanding of the processes involved in scanning for and implanting microchips. My knowledge is rooted in practical experience and a comprehensive grasp of the subject matter.
When it comes to scanning for a microchip, a crucial tool is a universal or global scanner equipped with the ability to detect various frequencies and batteries. It's imperative to ensure the freshness of the batteries to optimize the scanner's performance. Global scanners operate by cycling through different frequencies, requiring them to be held close to the animal and moved slowly in a systematic fashion. A recommended scanning technique involves moving at no faster than a half-foot per second and scanning in an "S" pattern from the neck down the back. If no chip is detected, continue scanning down the legs, around the neck and shoulders, and then down both sides to cover all possible areas.
Now, let's delve into the process of implanting a microchip. One common frustration is the chip popping out or remaining attached to the needle after implantation. To mitigate this issue, a technique involves inserting the needle and pressing the plunger as usual, but then turning the needle 90 degrees to the side before withdrawing it. This action helps dislodge a chip that might be dangling off the end and changes the orientation of the skin opening, reducing the chance of the chip popping out. Gently pinching the area where the chip was implanted after withdrawing the needle can further secure the chip in place. Additionally, a tasty treat can serve as a distraction during the procedure, making it quick and easy for both the animal and the handler.
The provided information aligns with the broader context of animal care, specifically focusing on topics such as animal health and the responsible management of pets. These guidelines contribute to the overall welfare of animals, ensuring their identification and well-being through the use of microchip technology.
