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A microchip implant is an identifying integrated circuit placed under the skin of an animal. Veterinary
surgeons, animal welfare groups, animal wardens and conservationists now routinely use microchips
worldwide to identify animals.

Radio Frequency Identification Devices or RFID. Microchip technology is based on the use of scanners
sending out a radio wave or electromagnetic field. When a scanner comes into proximity with a chip,
the chip is energised by the radio wave and transmits its unique code back to the scanner.

A microchip is the size of a large grain of rice encased in a biocompatible glass, which should be covered
by a thin coating like Parylene C or similar to encourage tissue encapsulation. There are various types of
microchips in the market place, 13 digit numbers (FDX-A) and 15 digit ISO (FDX-B), all of which can be
read by ISO compliant scanners.

R/W standard ISO11784/5 FDX-A, FDX-B ,HDX ,NFC(Ntag216) & Icode II
Frequency 125KHz(FDX-A), 134.2KHz(FDX-B or HDX),13.56Mhz
Size
Animal microchip syringe: Ø1.4x8mm, Ø2.12x12mm
RFID glass tag: 1.25x7, 1.4x8, 1.5x8m, 2x6/8/10/12, 3x13, 3.85x23/32, 4x34mm
Chip Type T5577,TK4100,EM4305, NFC(Ntag216) chips
Anti-collision standard IP67
Period of validity 5 years
Storage temperature -20°C to +50°C
Operation temperature 0°C to 50°C
Color white
Weight 6.86g(for a complete syringe)
Length 111±2mm
Width 50±1mm
Injection material polypropylene
Packing manner syringe
Sterilization EO gas, 5 years' guarantee
Bar code span Contains six adhesive-sticker one-dimensional bar code spans
Certificate International Committee For Animal Recording (ICAR)