Barcode Scanner

An EAS RF (Electronic Article Surveillance Radio Frequency) security gate is a type of anti-theft system commonly used in retail stores, libraries, and other establishments to prevent theft and unauthorized removal of items. EAS systems are designed to protect merchandise by attaching special tags or labels to items, which are then detected by the security gates as they pass through.

Here are the key features and aspects of an EAS RF security gate:

1. Detection Technology: EAS RF security gates use radio frequency technology to detect special tags or labels attached to items. These tags or labels are usually equipped with an RF antenna that resonates at a specific frequency.

2. Tags and Labels: Items in a store are tagged or labeled with these special RF tags or labels, which contain a resonating circuit. When the tags pass through the security gate's detection zone, the RF signal from the gate activates the resonating circuit, causing an alarm to sound if the tag is not properly deactivated or removed.

3. Alarm Activation: When an unauthorized item with an active RF tag passes through the security gate, the system triggers an alarm, alerting store staff or security personnel to the potential theft attempt.

4. Deactivation and Reuse: At the point of purchase, cashiers use a deactivation device to disable the RF tags or labels on items. This prevents the security gate from triggering an alarm when the customer exits the store with a purchased item.

• Production Capacity: Yes
• Delivery Time: 10 Days

them suitable for businesses with limited space. Here are the key features and aspects of a desktop barcode and label printer:

1. Thermal Printing Technology: Most desktop barcode and label printers use thermal printing technology, specifically direct thermal or thermal transfer. These methods use heat to create high-quality prints on thermal label paper, without the need for ink or toner.

2. Compact Design: Desktop printers are designed to be space-efficient, making them suitable for smaller work areas.

3. Label Printing: They specialize in printing labels of various sizes and types, which can include barcodes, text, graphics, logos, and more.

4. Connectivity Options: Desktop printers offer connectivity options such as USB, Ethernet, Wi-Fi, and Bluetooth, enabling easy integration with computers and other devices.

5. Easy-to-Use: They typically come with user-friendly software and interface for designing labels and controlling printing settings.

6. Custom Label Design: You can create custom label designs using software that often includes templates, barcode creation tools, and the ability to import graphics and logos.

7. Barcode Compatibility: These printers can generate various types of barcodes, including 1D (e.g., UPC, EAN) and 2D (e.g., QR codes, Data Matrix) barcodes.

• Production Capacity: Yes
• Delivery Time: 7 Days

A barcode scanner, also known as a barcode reader or barcode scanner device, is a handheld or stationary electronic device used to read and decode barcodes. Barcodes are visual representations of data that are commonly used for product identification, inventory management, asset tracking, and other applications. Barcode scanners play a crucial role in quickly and accurately collecting data from barcodes for various business purposes. Here are the key features and aspects of barcode scanners:

1. Types of Barcode Scanners: There are several types of barcode scanners, each suited for specific use cases:

• Handheld Barcode Scanners: These are portable scanners held by the user. They come in various form factors, including laser scanners, linear imagers, and 2D imagers.
• Presentation or Fixed-Mount Scanners: These are stationary scanners placed at a specific location, such as a checkout counter or warehouse entrance.
• Mobile Computer with Built-in Scanner: These are handheld devices that combine a mobile computer with a built-in barcode scanner, suitable for on-the-go tasks.

2. Scanning Technology: Barcode scanners use different technologies to read barcodes:

• Laser Scanners: Emit a laser beam that reflects off the barcode, detecting the reflected light to decode the barcode.
• Linear Imagers: Use LED lights to capture an image of the barcode and decode it.
• 2D Imagers: Capture a two-dimensional image of the barcode, including both horizontal and vertical patterns.

3. Barcode Compatibility: Barcode scanners can read various types of barcodes, including 1D barcodes (e.g., UPC, EAN) and 2D barcodes (e.g., QR codes, Data Matrix).

4. Connectivity: Barcode scanners can connect to devices using various methods, including USB, Bluetooth, Wi-Fi, and radio frequency (RF).

5. Scan Range and Distance: Different scanners have varying scan ranges and optimal distances for accurate barcode reading.

• Production Capacity: Yes
• Delivery Time: 7 Days