barcode scanner

In the world of scanning, there are two key players: 1D (One-Dimensional) and 2D (Two-Dimensional) scanners. Let's unravel the differences between these two barcode-scanning champs.   1. The Basics:   **1D Barcode Scanners: 1D barcode scanners are like reading a single line, just like the barcodes you see at the store. They're simple and quick at grabbing data from those straight lines.   **2D Barcode Scanners: Now, 2D barcode scanners are a bit fancier. They don't just stick to one line; they can read both horizontal and vertical patterns. This makes them the superheroes of decoding, tackling complex barcodes like QR codes that pack in more info.   2. Data Superpowers:   **1D Barcode Scanners: 1D barcode scanners are like your pocket-sized info grabbers. They're great for simple stuff, like scanning product prices at the grocery store.   **2D Barcode Scanners: Here's where 2D barcode scanners flex their muscles. They can handle a lot more information – not just numbers, but letters, pictures, and even website links. It's like they speak a more advanced barcode language.   3. Where They Use:   **1D Barcode Scanners: 1D barcode scanners are the champs of everyday places – think supermarkets, warehouses, and simple retail spots. They're quick and perfect for tasks where you just need basic info.   **2D Barcode Scanners: Now, 2D barcode scanners are the all-rounders. They shine in places where you need more data – like at the doctor's office, in ticketing systems, or when you're using your phone to scan something cool.   So, whether it's a quick scan at the grocery/retail store or scanning a fancy QR code, 1D and 2D barcode scanners each have their special powers. Choose the one that fits your scanning experience, and let the barcode scanning begin!   iMARCONE is the leading manufacturer of barcode scanner for both commercial and industrial field, welcome to contact us for any product inquiry or question.  

The advantage of a scanner is that it can replace manual input; its main function is also this; to enter a string of numbers, if there is a barcode and no scanner, then you have to enter the numbers manually one by one. If the numbers are relatively long, it is easy to make mistakes. Use with a scanner, you can do it with just one click, and the error rate is very low!   1. Fast input speed: Compared with keyboard input, barcode input is 5 times faster and can achieve "instant data input."   2. High reliability: The error rate of keyboard input data is one in three hundred, the error rate of using optical character recognition technology is one in ten thousand, and the error rate of using barcode technology is less than one in a million.   3. Large amount of information collected: Traditional one-dimensional barcodes can collect information of dozens of characters at a time, while two-dimensional barcodes can carry information of thousands of characters and have certain automatic error correction capabilities.   4. Flexible and practical: Barcode identification can be used alone as a means of identification, or it can form a system with related identification equipment to achieve automated identification, and can also be connected with other control equipment to achieve automated management. In addition, it is easy to make, has no special requirements for equipment and materials, the identification equipment is easy to operate, does not require special training, and the equipment is relatively convenient.   The barcode scanner can customize one-dimensional barcode scanning, two-dimensional code scanning, RFID radio frequency identification, NFC reading, DPM code reading, fingerprint identification, GPS navigation and other functions according to user needs.   iMARCONE is a professional manufacturer of barcode scanners in Guangzhou China, supplying barcode scanners, 2D barcode scanner, desktop barcode scanner, industrial code readers, barcode modules, etc. to meet your various intelligent scanning needs. To greatly improve your work efficiency, we provide you with preferential prices, original products and professional technical services.                      

When you need to buy a barcode scanner, you will be faced with a lot of choices, because today there are hundreds of different brands on the market, cost-effective are not the same. So how do you pick your own use of barcode scanner As a professional barcode scanner manufacturer, we believes that the following factors have to be considered before buying a barcode scanner.   First of all, you need to see how your barcode is. For example, how big is the barcode, is it one-dimensional or two-dimensional? What data is contained inside? What is the quality of the barcode? What material it is on?   There are also the following questions to pay attention to.   1. Who will use it? How many scanners are needed?   2. How many barcodes do you need to scan in a day?   3. Where the scanner work? How about the scanning environment?   Different environments have relatively high requirements for barcode scanning guns. After synthesizing the above factors, you can boldly choose the barcode scanner.   To give a simple example, in supermarkets, retail stores and other retail stores, bar code scanning platform is the best choice, the general bar code scanner gun is small, and will not take up too much space, three hundred and sixty degrees scanning, no need to align the goods to identify the bar code, so and speed up the efficiency and improve customer satisfaction.   In some of the more adverse conditions of the environment, such as full of dust, noisy and dim light, we may need to use durable high performance industrial barcode scanner, so that users in the noisy environment can also clearly see and hear the decoding feedback.   So in summary, the purchase of barcode scanner or according to their own conditions to choose, as long as it can meet your needs, it is suitable barcode scanner.   iMARCONE barcode scanner factory has more than 15 years of barcode scanner manufacturing experience, welcome to contact us for any barcode scanner product request.    

DPM (Direct Part Marking) barcode technology is a type of identification code that is directly laser-marked on the surface of industrial products. Compared to traditional printed barcodes, DPM barcodes are more durable, suitable for harsh environments, and provide longer-lasting data traceability.   What is a DPM Barcode?   A DPM barcode is an identification code that is permanently marked on the surface of a product, typically using a laser engraver or other high-precision tools. These barcodes can better withstand wear, corrosion, and dirt, making them ideal for products in industries such as manufacturing, automotive, and aerospace that require durable identification.   Applications of DPM Barcodes   DPM barcode technology is widely used in the industrial sector, particularly in product traceability, quality control, and inventory management. For example, manufacturing companies can use DPM barcodes to label components for tracking and identifying products throughout the production process. Industries such as medical devices, aerospace components, and automotive parts often adopt DPM barcode technology to enhance the durability and reliability of product identification.   Why DPM Barcodes Exist?   The emergence of DPM barcodes is primarily to address the issue of traditional printed barcodes being easily damaged in harsh environments. In industrial production, products may be exposed to factors such as high temperatures, chemicals, and friction, which can cause traditional barcodes to become unreadable over time. Therefore, the advent of DPM technology fills this gap, providing a more reliable solution for product identification and traceability in industrial settings.   In conclusion, the emergence of DPM barcode technology offers a more reliable and durable way of product identification in industrial production, helping companies improve production efficiency and product quality management.

Barcode recognition technology refers to the technology that uses photoelectric conversion equipment to identify barcodes.     A barcode is a sequence of wide bars, narrow bars and spaces. This sequence can represent a certain number and letter code. Barcodes can be printed on paper and other items, so they can be easily reproduced by photoelectric conversion equipment. Numerical and alphabetic information can be read by computers. Barcode technology mainly consists of three parts: scanning and reading, photoelectric conversion and decoding output to the computer.     In postal services, barcode recognition technology has been used in letter sorting, registered letter processing, express delivery automatic tracking, parcel processing and other tasks.     A barcode is a graphical identifier that expresses a set of information by arranging multiple black bars and blanks of varying widths according to certain encoding rules.     A common barcode is a parallel pattern composed of black bars (referred to as bars) and white bars (referred to as empty) with very different reflectivities. The barcode can mark the country of production of the item, manufacturer, product name, production date, and book classification number. , mail starting and ending locations, categories, dates and many other information, so it has been widely used in many fields such as commodity circulation, library management, postal management, banking systems, etc.