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Two Forks Method Like the rubber band method, you can wedge a fork all the way in between the fabric and clothing security tag. Then take a second fork and wedge in the opposite direction so they’re back to back. Then pry and wiggle the forks slowly until the two sides of the tag come apart.
How It Works – Inside of these white tags is two metal strips and a thin, small magnet with a weak magnetic force. They work as an anti-theft device, thanks to the property of magnetostriction. This property causes ferromagnetic materials to change shape when introduced to a magnetic field.
(Ferromagnetism means the structure of the iron is formed by a permanent magnet or is attracted to them). In stores, there are sensors on the doorway that transmit and receive a weak magnetic field. When an active anti-theft tag (meaning it hasn’t been demagnetized) enters this zone, oscillation will occur, and the sensor will read the changes in the magnetic waves, causing an alarm to go off.
When consumers check out, the cashier will demagnetize the anti-theft tag with a device containing a neodymium magnet, Because the tag is demagnetized, oscillation will not occur, and the alarm will not sound. Similarly, the tag can also be reactivated by magnetizing it with a neodymium magnet.
How do you shoplift without an alarm going off?
How do shoplifted items not make the alarms go off at the exit to a store? Take a powerful magnet and put it on the tag. This causes the tag to stop vibrating and the sensors at the door wont pick it up.
Apparel Security Tags – Clothing security tags are a standard in the majority of retail clothing stores. But the apparel tags of the past were big and bulky. They also had large, thick pins which could easily damage and leave holes in garment materials.
Can you demagnetize security tag?
In retail stores, cashiers can use a magnetic removal tool to turn off the security tag, and then anti-theft strips are demagnetized.
How It Works – Inside of these white tags is two metal strips and a thin, small magnet with a weak magnetic force. They work as an anti-theft device, thanks to the property of magnetostriction. This property causes ferromagnetic materials to change shape when introduced to a magnetic field.
- Ferromagnetism means the structure of the iron is formed by a permanent magnet or is attracted to them).
- In stores, there are sensors on the doorway that transmit and receive a weak magnetic field.
- When an active anti-theft tag (meaning it hasn’t been demagnetized) enters this zone, oscillation will occur, and the sensor will read the changes in the magnetic waves, causing an alarm to go off.
When consumers check out, the cashier will demagnetize the anti-theft tag with a device containing a neodymium magnet, Because the tag is demagnetized, oscillation will not occur, and the alarm will not sound. Similarly, the tag can also be reactivated by magnetizing it with a neodymium magnet.