Jewelita Anti theft Portal

In Stock

38 in stock

The Jewelita Anti-Theft Portal is a state-of-the-art security gateway utilizing RFID technology that provides protection against losses from valuable jewelry by means of smart monitoring and motion detection. Being equipped with an IoT computing module, encryption and accurate RFID reading capabilities, the system offers real-time monitoring with reduced false alarm rates.

38 in stock

Vendor:

Categories: Acube

Category:

Categories: Gateways

Tags:

RFID Anti Theft System, RFID Security Gate

SHIPPING & RETURNS

Your satisfaction matters the most to us. We strive to deliver our order as fast and safe as possible.

If you do receive a damaged or defective or an incorrect item, eligible returns and exchanges are accepted within 10 days of delivery.

CARE INSTRUCTIONS

Install the portal in accordance with the manufacturer’s guidelines for optimal RFID performance. Keep the RFID detection area free from unnecessary metal objects and electronic interference.

It can protect high value jewelry from theft and unauthorised removal.
Visibility of inventory can be increased with RFID real-time monitoring.
It lowers false alarms for customer satisfaction.
Identifying the actual product causing the alarm is made easy.
Store security can be increased without blocking the entrance way.
The portal maximizes inventory management and supply chain effectiveness.
The installation space can be saved since it has ceiling or underground installation options.

It is integrated with IoT RFID gateway and has a built-in computing module.
The portal offers intelligent RFID-based loss prevention and item monitoring.
Movement can be detected with the system enabled with IR sensor.
It offers ceiling mounted, wall mounted, underground or door frame installation.
Smart tag filtering and direction detection can be enabled.
It incorporates dynamic beam steering to identify items entering or leaving the store.
It presents a read range of 2–5 meters per gateway pair.
It can detect RFID tags in any orientation for higher read accuracy.