Security tag detacher Manufacturers

The anti-theft label is an important part of the anti-theft system. Its quality affects the detection performance of the anti-theft system, not only in the detection distance, but also in the detection rate. So when we purchase such anti-theft consumables , how to identify its quality, today I will introduce how to identify the quality of anti-theft hard tags.

If you find that your EAS Am narrow label anti-theft system is not working, you can take the following steps to resolve the issue: 1. Check the tag and device Tag integrity: Check the tag for physical damage, such as tearing or bending. If the tag is damaged, it may need to be replaced. Device status: Make sure the EAS detector device is working properly. Check that the device is turned on, set up correctly, and has fault indicators or warnings.

Hard tags are usually designed to be used for a long time, so they can be considered permanent. They are usually made of durable materials such as metal, plastic or other special synthetic materials with good durability and weather resistance.

Acousto-magnetic soft tags are composed of two or three chips inside the structure. The bending, contact, and demagnetization of the metal sheet will all make the soft label inactive, resulting in undetectable.

Recommended channel anti-theft solution for large and medium-sized supermarkets: The cashier channel type supermarket anti-theft device is installed at the isolation guardrail of the supermarket cashier channel. One device protects 2 independent channels. The effective protection distance is 0.6-0.8 meters on one side, which fully meets the supermarket anti-theft product loss prevention requirements.

The working principle of jewelry anti-theft AM tags is similar to that of ordinary AM tags, but due to the special nature of jewelry, their design and application are also different. Here is how jewelry anti-theft AM tags work: Working principle Tag structure: Jewelry anti-theft AM tags are usually made of acousto-magnetic materials that can resonate at a specific frequency (generally 58 kHz).