Using a barcode scanner is straightforward:

• Connect the Scanner: If you’re using a wired scanner, plug it into your computer or POS system. For wireless scanners, ensure the device is charged and connected via Bluetooth or a wireless receiver.
• Position the Scanner: Hold the scanner approximately 4-10 inches away from the barcode.
• Align the Beam: Aim the scanner’s beam across the barcode. Ensure the entire barcode is within the scanner’s reading area.
• Scan the Barcode: Press the trigger or button to activate the scanner. The scanner will emit a light, read the barcode, and send the data to your connected system.
• Verify the Scan: Check your system to confirm the barcode data has been correctly received and processed.

Our barcode scanners at ASP are designed to be highly compatible with a wide range of point of sale (POS) systems. We offer both plug-and-play models that require no additional software and more advanced options that can be integrated with specific POS software. If you have any compatibility concerns, our team can assist you in choosing the right scanner and provide guidance on integration.

Yes, many of our barcode scanners can read QR codes. QR codes are a type of 2D barcode, and scanners designed to read 2D barcodes can decode QR codes as well. If your business requires the ability to scan QR codes, ensure you select a 2D barcode scanner from our range.

Our barcode scanners are capable of reading barcodes of various sizes and materials. This includes small barcodes, large barcodes, and those printed on different surfaces such as paper, plastic, and metal. Some advanced models can even scan barcodes on reflective surfaces or under plastic wraps, making them highly versatile for various applications.

The choice between wired and wireless barcode scanners depends on your specific needs:

• Wired Scanners: These are ideal for stationary setups like cash registers or desktops. They offer a reliable connection without the need for battery charging.
• Wireless Scanners: These are perfect for environments where mobility is crucial, such as warehouses or large retail spaces. They offer flexibility but require regular charging.

Consider your operational environment and mobility requirements when making your choice. Our team at ASP can provide recommendations based on your specific use case.

Most barcodes can be scanned, but it depends on the scanner's capabilities. Standard 1D barcode scanners read traditional barcodes found on retail products, while 2D barcode scanners can read more complex barcodes like QR codes, Data Matrix codes, and PDF417 codes. Some scanners are designed to read high-density barcodes or those printed on challenging surfaces. It's important to choose a scanner that matches the types of barcodes you frequently encounter.

There are several types of barcode scanners, each suited for different applications:

• Laser Scanners: Use a laser beam to read barcodes. Ideal for scanning traditional 1D barcodes.
• CCD (Charge-Coupled Device) Scanners: Use an array of light sensors to capture barcode images. These are typically used for close-range scanning.
• 2D Area Imagers: Can read both 1D and 2D barcodes from any angle. Perfect for QR codes and other 2D barcodes.
• Pen-Type Scanners: Require users to swipe the scanner across the barcode. Less common but useful for certain applications.
• Omnidirectional Scanners: Use multiple scanning lines to read barcodes from various angles, speeding up the scanning process in retail environments.

Yes, many modern barcode scanners can scan barcodes from a phone screen. This includes 2D barcode scanners and some advanced 1D scanners equipped with the right technology. Scanning from a phone screen is useful for mobile tickets, digital coupons, and other applications where barcodes are displayed digitally rather than printed.