Description
Feature:
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Unique, unalterable and permanent animal identification system
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Ergonomic, No Return Click Listen for the Click! It means the chip
is properly implanted
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Locks the injector, keeping the microchip from being sucked out
during syringe removal
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Easy, painless implantation
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ISO-compliant microchips can be read internationally
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Ideal for people who travel with their pets
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Link pet health, breed and pedigree information through an online
registry
Technical Specifications:
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RFID SMALL PET
GLASS ELECTRONIC CHIP TAG
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|
Model
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Φ1.*5x7mm/Φ1.4 x8 mm/Φ2.*2 x8 mm/Φ2.*2 x*2 mm
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Operating Frequency
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**4.2 KHz
|
|
International Standards
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ISO ****4/5
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|
Reading Distance
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Dependent upon reader, environment and application
|
|
Options Material
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Parylene coating (when ordering coating, increase base model number by one), custom programming
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Tagging Method
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Subcutaneous
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|
Housing Material
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Bio-glass
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SYRINGE & PACKAGING
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Syringe Material
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Polypropylene
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Packaging Material
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Medical-grade sterilization pouch
|
|
Period of Validity
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above ten
years
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Raybaca
pioneered ISO standards for companion animal ID more than eight
years ago. We continue to work with animal professionals and pet
health organizations globally, to improve the lives of pets and
give them the best possible chance of being reunited with their
families, if they are ever lost.
We have a
thorough understanding of the various issues associated with animal
ID in all regions of the world and how these issues are affected by
climate, culture, legislation, economic development, etc. Our
products for companion animal ID include glass- and
polymer-encapsulated RFID microchips and a variety of microchip
scanners built to meet the varied and unusual needs of animal
professionals from veterinarians in the clinic to animal control
officers involved in cruelty investigations and
seizures.
Scanning pets for
microchips RBC_Scanning
Hold
the scanner close to, or touching the animal
Scan
slowly and repeatedly over the entire body to ensure whether or not
a microchip is present
Wave
the scanner back and forth lightly while scanning because
microchips can be in various orientations within the
animal
Scan
first in a horizontal, then a vertical S pattern down the animals
body, as shown in the diagram
Consider scanning
each animal more than once to ensure any present microchip can be
localized by the scanner
Effective
scanning isnt easy! Take your time, be patient!
Scanning live
animals to verify whether or not they have a microchip can be
difficult; animals move, hop, flap, step, jump, wiggle and wag!
Even when they are being held or restrained, they are not trully
still. Sometimes, just the expansion of their chests when they
breathe can make it difficult. Take you time. Be thorough. Scan
each animal at least twice to be safe.
