The MS Tag Round UHF Little ear tag is a durable, high-quality, electronic female ear tag for young piglets. With the RFID electronic identification system, animals can be recognized automatically and animal information will automatically be collected and recorded.

The ear tags can be scanned with a portable or fixed UHF ear tag reader.

Ask your automation company in advance if they support the GS1 standard!

• UHF technology (Ultra High Frequency)
• Laser printed
• These UHF ear tags programmed according to international SGTIN-96 GS1 standards
• ISO standard 18000-6C EPC Class 1 Gen 2
• Wear resistant
• Flexible scanning range
• Recognition: individual and in groups
• Frequency: 860-960 MHz

• Suitable for: young piglets
• The UHF ear tags are not suitable for use at feeding stations.
• The female part (without pin) must always be applied from the front of the ear.
• Suitable for: MS Tag Little male ear tag parts

• Perforation closure: open
• Order unit quantity: per 1000 pieces Packaging: resealable plastic bag

• Diameter: 29,3 mm
• Thickness: 11,5 mm
• Weight UHF per piece: 2,60 g

Ear tag pliers

• A code is stored in the transponder, which allows the animal to be recognised. The transponder only activates when the ear tag reader sends out an electromagnetic signal. This prevents the animal from noticing the chip itself. The signal activates the chip and the animal’s code is sent to the scanner, which identifies the animal and determines whether or not the information can be processed automatically
• UHF stands for Ultra High Frequency and refers to the extremely high amplitude of the radio waves. This high frequency allows the transfer of information to occur much more quickly than at lower frequencies such as those used in FDX and HDX technology. Furthermore, the scanning distance is much greater, which gives UHF ear tags a broader range of application. A drawback is that UHF technology is more sensitive to obstacles such as metals and fluids, which can disrupt contact between the transponder and the reader