EAS AM alarm bottle tag Manufacturers

The basic principle and triggering conditions of supermarket anti-theft doors (commonly known as electronic article surveillance systems, EAS) are as follows: Basic principle: Electromagnetic field: The anti-theft door forms a monitoring area by transmitting and receiving electromagnetic signals. When an item passes through this area, if it carries an unremoved anti-theft tag, it will cause an alarm.

AM Anti-theft Narrow Label secures your merchandise at the source

AM soft labels have many advantages for use, here are some common ones: Automated identification: AM soft labels use radio frequency identification technology, which can automatically read and identify the information in the tag without manual intervention, which can greatly improve work efficiency.

synmel -Product Protection Solutions

70% of the effect of the EAS anti-theft system is used for deterrence. According to the layout and business type of the shopping mall, choosing the correct system design scheme can achieve the best anti-theft effect and price ratio. Generally speaking, convenience stores, specialty stores, professional stores, including clothing stores, audio-visual stores and other stores with a business area of several hundred square meters, adopt the general export inspection and protection method. For large-scale comprehensive supermarkets, shopping centers, warehouse-style shopping malls, etc., it is suitable to adopt the cashier channel detection and protection method. Both methods can control the anti-theft investment for the unit business area, including the investment in equipment and loss prevention personnel, within a certain range, and the deterrent effect of anti-theft can be significantly increased.

The anti-interference principle of RF security labels mainly depends on the following aspects: 1. Frequency selection and anti-interference design RF tags usually work within a specific frequency range. In order to reduce interference, RFID systems use frequency hopping technology or choose to work in less used frequency bands to reduce interference with other wireless devices. Through frequency selection and anti-interference design, RFID tags can still work normally in a more complex electromagnetic environment.