How Do Barcodes Work? All You Need To Know About Barcodes

For people new to operating a retail store and managing inventory, it can be difficult to understand how barcodes, work and what purpose they serve.

That’s what we’re going to clear up for you in this post. Learn what they are, the differences between them, what purpose they serve and their benefits.

What is a barcode?

A barcode is an image that consists of a series of parallel black and white bars that can be read by a barcode scanner. Barcodes are applied to products to quickly identify them. Among their many uses, barcodes are typically used in retail stores as a part of the purchasing process, in warehouses to track and manage inventory and on invoices to help with accounting.

What is a barcode scanner?

A barcode scanner (also referred to as a barcode reader) is a device that captures and decodes the information contained by a barcode. Traditional barcode scanners consist of the following four components:

bar code scanner simbapos>>>Light source: This helps the barcode read and accurately decode the information contained in a barcode.

>>>Lens: This scans the barcode.

>>>Photoconductor: This translates optical impulses into electrical ones.

>>>Decoder: This analyzes the barcode’s data and sends it to the scanner’s output port.

After capturing the information, barcode scanners link to a host computer or tablet and transmit that information in real-time, without additional human intervention. This helps retailers automate data collection processes and reduce human errors like inventory tracking and processing point of sale transactions.

How do barcodes work?

In a nutshell, a barcode is a way to encode information into a visual pattern (those black lines and white spaces) that a machine (a barcode scanner) can read.

The combination of black and white bars (also referred to as elements) represents varying text characters that follow a pre-established algorithm for that barcode (more on the types of barcodes later). A barcode scanner will read this pattern of black and white bars and translate them into a line of test that your retail point of sale system can understand.

Types of barcodes

There are two types of barcodes: 1-dimensional (1D) and 2-dimensional (2D).

1-dimensional (1D) barcodes

1D barcodes are a series of black and white bars that can store information like a product’s type, size and color. You can find 1D barcodes on the top of universal product codes (UPCs) of a product’s packaging. This helps track packages through package delivery service providers.

2-dimensional (2D) barcodes

2D barcodes are more complex than 1D barcodes. They can include more information than just text, like price, inventory levels and even a product image. There are plenty of barcode scanners that support 2D barcodes. While not all barcode scanners can read 2D barcodes, SimbaPOS Retail POS is compatible with several wireless barcode scanners that support 2D barcodes.

The benefits of using barcodes

While barcodes were originally developed to speed up the sales and transaction process, they come with several other benefits.

Improved accuracy

Using a barcode to process a product’s data is much more accurate than having a sales associate manually enter that data, which is prone to human error.

Real-time data

Because of the speed at which the information is processed, data about inventory levels or sales is available immediately.

Reduced training requirements

Thanks to a barcode scanner’s ease of use (just point and click), employees don’t need much training on how to use one.

Better inventory management

With improved accuracy and real-time data, retailers benefit from faster cycle counts and more accurate inventory turnover estimations.

Low cost of implementation

Generating barcodes is quick and simple, plus, the potential savings thanks to improved transaction speed, as well as the improved accuracy of inventory and sales data, retailers can anticipate savings post-implementation.

 

 



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