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In today's highly competitive market, businesses increasingly rely on efficient automation solutions to enhance operational efficiency. Among the various automatic identification tools, industrial barcode scanners stand out for their unique advantages. Here are several important reasons to choose industrial barcode scanners.   1. Durability and Reliability Industrial barcode scanners are designed to withstand harsh working environments. Whether in high or low temperatures, or in dusty or humid conditions, they maintain high performance. Compared to commercial-grade scanners, industrial barcode scanners are made from tougher materials, offering enhanced shock resistance and protection against water and dust, ensuring long-term, stable use. 2. Fast and Efficient Scanning Capabilities Industrial barcode scanners typically feature advanced scanning technology that allows for quick reading of various types of barcodes. This efficiency is especially critical in logistics, warehousing, and manufacturing, significantly reducing scanning time, increasing production efficiency, and minimizing human error. 3. Excellent Performance in Reflective Environments Our industrial barcode scanners can accurately scan in reflective environments, ensuring stable operation even under challenging lighting conditions. This capability allows them to excel in many complex environments. 4. High-Precision Reading Industrial barcode scanners can read barcodes as small as 1.5mm x 1.5mm. This high precision ensures that scanning tasks can be completed smoothly in limited space or with smaller labels. Particularly, our Industrial Product series provides outstanding performance in various environments.   Wireless Industrial Barcode Scanner DP-7710BThe wireless industrial barcode scanner DP-7710B offers flexible mobility and efficient data capture, making it ideal for demanding environments where connectivity and reliability are crucial. Handheld Industrial Barcode Scanner DP-7710The handheld industrial barcode scanner DP-7710 provides versatile and efficient data capture, making it perfect for use in various demanding industrial environments. Bluetooth Industrial Barcode Scanner DP-7310RBThe Bluetooth precision industrial barcode scanner DP-7310RB enables seamless data transfer, providing reliable and efficient performance in demanding environments. 5. Versatile Application Scenarios Industrial barcode scanners are suitable for a wide range of applications, including inventory management, asset tracking, and production line monitoring. Their broad compatibility allows them to integrate with various systems and software, meeting different business needs. 6. Customized Solutions Many manufacturers offer customized barcode scanners tailored to specific industry requirements, enabling businesses to select devices that match their unique characteristics. This flexibility allows companies to obtain more targeted solutions and improve operational efficiency. 7. Cost-Effectiveness While the initial investment may be relatively high, the durability and efficiency of industrial barcode scanners can significantly reduce long-term operational costs. This results in lower equipment failure rates and maintenance needs, enhancing the overall efficiency and profitability of the business. 8. Improved Data Accuracy Using industrial barcode scanners effectively reduces human input errors, ensuring data accuracy. This is crucial in inventory management and order processing, helping businesses better manage resources and enhance customer satisfaction. Feature Commercial Barcode Scanners Industrial Barcode Scanners Application Environment Suitable for supermarkets; stable conditions with minimal hazards Designed for harsh environments; withstands liquid intrusion, dust, shocks, and vibrations Scanning Performance Optimized for short distances; primarily scans mobile screens and paper barcodes High performance for long distances; handles strong light, outdoor conditions, and high-density codes Protection Level Lower protection; typically meets 1.2 meters drop-proof standard Higher protection levels; built to prevent solids/liquids intrusion and withstand higher drop heights Price Generally lower cost; less robust features Higher price due to advanced durability and performance capabilities Choosing industrial barcode scanners is not only a wise decision for enhancing operational efficiency but also a necessity for adapting to modern production and management needs. As technology continues to advance, industrial barcode scanners will play an increasingly important role across various industries. Investing in high-quality industrial barcode scanners will bring long-term benefits and value to your business.   If you are looking for reliable industrial barcode scanning solutions, iMarcone Technology Co., Ltd. offers a range of high-performance industrial barcode scanners designed to meet the needs of various industries. Our products undergo rigorous testing to ensure stable performance in all environments, helping your business enhance efficiency and accuracy. Visit our official website for more product information and professional consultation! Email: [email protected] WhatsApp: +8613538815399    

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.  

Industrial barcode scanners are essential tools in various industries, enhancing efficiency, accuracy, and traceability. Here’s a look at how these powerful devices are applied in the automotive, 3C electronics, chemical, and semiconductor industries.   1. Automotive Industry In the automotive industry, precision and traceability are crucial. Industrial barcode scanners are used to track parts and components throughout the production process, ensuring that the right parts are used in assembly. They help maintain strict quality control standards, reduce errors, and facilitate recalls by providing a clear record of every component’s journey through the supply chain.   2. 3C Electronics (Computer, Communication, Consumer Electronics) For the 3C electronics industry, industrial barcode scanners play a pivotal role in managing complex assembly lines. They are used to track electronic components, verify product specifications, and ensure that the correct parts are installed in each device. This level of detail helps in minimizing errors and ensuring high product quality, which is critical in an industry driven by rapid innovation and high consumer expectations.   3. Chemical Industry In the chemical industry, safety and compliance are top priorities. Barcode scanners are used to track raw materials, manage inventory, and ensure that chemicals are correctly labeled and handled according to regulations. By scanning barcodes, workers can quickly access safety data sheets, handling instructions, and storage information, reducing the risk of errors and enhancing operational safety.   4. Semiconductor Industry The semiconductor industry requires extreme precision and traceability due to the delicate nature of its products. Industrial barcode scanners help track wafers, components, and finished products through each stage of production. They enable real-time monitoring of production status, ensure compliance with stringent quality standards, and support detailed reporting for audits and customer requirements.   Conclusion Industrial barcode scanners are invaluable across these industries, providing the necessary tools to enhance accuracy, ensure quality, and maintain compliance. As these sectors continue to evolve, the importance of reliable and efficient barcode scanning technology will only grow, making it a critical investment for companies aiming to stay competitive and efficient.   iMARCONE barcode scanner manufacturer is the leading manufacturer of barcode scanner including industrial barcode scanner and 2D barcode scanner for commodity.   Any request or question welcome to send us message or email.       

From 2D to 3D, from black and white to color, from low resolution to high resolution, from static images to dynamic images, 3D vision continues to make technological breakthroughs. In 2022, due to the recurrence of the epidemic in China, weak downstream consumption and hindered upstream industrial production activities, more companies have adjusted the pace of the introduction of industrial machine vision equipment. High precision and stability have become the focus of downstream terminal manufacturers, which further promotes The development of industrial 3D vision.   In the field of industrial automation, the commercial value of 3D vision technology is very high. Robots or robotic arms can sense the size and shape of objects through 3D to achieve highly automated operations on objects of different shapes. They are no longer limited to processing objects of a single shape, driving innovative changes in industrial productivity.   With the increasing demand in the downstream market, industries such as semiconductors and new energy vehicles have huge potential for future development, and with this comes higher requirements for production efficiency and related product quality.   Robots not only save labor costs during the production process, but also improve the efficiency between production links, effectively helping manufacturers expand production capacity. 3D vision meets the requirements for higher accuracy and higher automation, bringing qualitative changes to production models and efficiency. The 3D machine vision industry of 3D vision plus robots is an important part of promoting the sustained and good development of China's future manufacturing industry.   At present, the main products of 3D machine vision are divided into guidance and quality inspection categories. In 2022, guidance market applications will account for as high as 76%. Compared with traditional industrial 2D vision products, 3D machine vision can meet the application needs of some industries for quality inspection with higher flexibility and precision requirements and guidance applications with higher grabbing and process requirements.   Therefore, 3D machine vision products are widely used in downstream industries of quality inspection applications such as electronic manufacturing, automobiles and parts, semiconductors, and lithium batteries, as well as downstream industries of guidance applications such as metal products, logistics, and auto parts, making the machine vision industry scale rapidly. increase.

How does RFID work?   In simple terms, an RFID system consists of three parts: an RFID tag or smart label; an RFID reader/writer (also called an interrogator); and software (also called middleware) that communicates the acquired data to an IT system or the Internet of Things (IoT). Depending on the application requirements, system components need to be carefully selected to meet the required performance, accuracy, and reliability.   RFID Tags   RFID tags come in many shapes and sizes and can be either "passive" or "active." But the most common are passive tags, meaning they do not require an integrated power source such as a battery. Passive tags typically consist of an RFID inlay and a casing to protect them from physical damage. The inlay consists of a small silicon microchip that stores the digital ID and other data, attached to an antenna on a thin substrate such as paper or plastic (PET) film. The passive tag's antenna receives radio waves from the reader/writer and transmits them to the microchip, which harvests that energy and uses it to send wireless signals back to the reader/writer.   The thin size of the inlay makes it easy to embed into a traditional tag, making it a smart tag, or into very strong plastic (hard tag) or biocompatible glass (glass tag) for use in extremely harsh environments or injection into animals.   Types of RFID   RFID systems are classified into three main radio frequency ranges: low frequency (LF), high frequency (HF) and ultra-high frequency (UHF). They differ by application, maximum read range, and type of RFID tag and reader used.   Ultra-high frequency (UHF)   UHF RFID systems operate in the frequency range of 860 to 960 MHz. Typical read ranges are from close contact to over 20 meters, making them very versatile and can be used in applications such as inventory and supply chain management, smart manufacturing, airline baggage tracking, sports timing, etc.   Within the frequency range, there are two main regional sub-bands defined by regulatory agencies. The European Telecommunications Standards Institute (ETSI) defined 865 - 868 MHz for use in RFID, and the U.S. Federal Communications Commission (FCC) selected 902 - 928 MHz. Some of our RFID tags and inlays are designed for use with either the FCC or ETSI frequencies, and many newer products support both bands.   Compared to HF and LF, UHF systems support longer read ranges, enable cost-effective inlays and tags in a variety of sizes and shapes, and can read loose items quickly, but are more susceptible to radio wave interference from metal or conductive materials or liquids.   High Frequency (HF) and Near Field Communication (NFC)   HF and NFC RFID systems operate in the 13.56 MHz frequency band with read ranges from near contact to 50 cm. Typical applications include library media management, automated manufacturing, gaming chip management, ID cards, contactless payments with NFC payment cards or smartphone apps, and consumer engagement. HF tags require special readers, while NFC tags can be read by almost any smartphone at a distance of a few centimeters.   With billions of NFC-enabled smartphones on the market today and more consumers becoming accustomed to contactless payments, there is a bright future for consumer interaction and other new consumer-centric applications using NFC tags.   Low Frequency (LF)   Most LF systems operate in the 125 - 134 kHz band, achieving a read range of up to 10 cm. Typical applications include animal identification, access control, car access, and environments with high density liquids and metals.   LF systems have lower data rates and read distances than UHF and HF, but LF systems are suitable for use in harsh environments.  

In the fast-paced environment of warehouse management, having the right tools can make all the difference in efficiency and productivity. One essential tool that has become indispensable in modern warehouses is the PDA, or Personal Digital Assistant. A high-performance PDA can streamline various tasks such as inventory management, order picking, and barcode scanning. In this guide, we'll discuss how to choose the best PDA for your warehouse operations. 1. Performance and Speed The first thing to consider when selecting a PDA for your warehouse is its performance and speed. Look for a device that offers high-performance processing capabilities and fast decoding of both 1D and 2D barcodes. This ensures smooth operation and quick response times, allowing your warehouse staff to work efficiently without delays. 2. Software Compatibility Another crucial factor to consider is the software compatibility of the PDA. Make sure the device can install different software applications tailored to your specific warehouse needs, such as inventory management systems, order processing software, and warehouse management systems (WMS). Additionally, ensure that the PDA supports all the POS (Point of Sale) systems and warehouse systems used in your facility for seamless integration and data synchronization. 3. Durability and Reliability Warehouses can be harsh environments with dust, moisture, and rough handling conditions. Therefore, it's essential to choose a PDA that is rugged, durable, and built to withstand the rigors of daily use in a warehouse setting. Look for devices that are designed to meet MIL-STD-810G standards for shock, vibration, and drop resistance, ensuring long-term reliability and reduced downtime due to device failure. 4. Battery Life Battery life is another critical consideration when selecting a PDA for your warehouse operations. Opt for a device with a long-lasting battery that can withstand a full day of continuous use without needing frequent recharging. This ensures that your warehouse staff can stay productive throughout their shift without interruptions caused by a dead battery. 5. Ergonomics and Usability Lastly, consider the ergonomics and usability of the PDA. Choose a device that is lightweight and ergonomically designed for comfortable use over extended periods. Intuitive user interfaces, large touchscreens, and customizable shortcut keys can further enhance usability and productivity for warehouse staff. In conclusion, selecting the right PDA for your warehouse operations requires careful consideration of performance, software compatibility, durability, battery life, and ergonomics. By choosing a high-performance and reliable PDA that meets your specific warehouse needs, you can streamline operations, improve efficiency, and enhance overall productivity in your facility.  

  The performance of a barcode scanner mainly depends on depth of field, width, speed, resolution, decoding capability, scanning angle, etc. Many non-professionals may not know much about these parameters. If you make a choice, you can refer to the explanation of the parameters below, so that you can compare them when choosing.   1.Depth of field This refers to the effective working range of the barcode scanner, which is the difference between the farthest distance the scan head is allowed to leave the barcode surface and the closest point the scanner can approach the barcode surface. If the product details do not indicate the depth of field, the scanning distance can also be used as a reference.   2.Width This is the physical length value of the barcode information that can be read by the scanning beam at a certain scanning distance.   3.Speed The scanning frequency of the scanning beam on the scanning trajectory per unit time.   4.Resolution Resolution refers to the width of the narrowest barcode symbol successfully scanned. The unit is mil, which is usually divided into 5mil, 4mil and 3mil. Under the same conditions, the depth of field increases and the resolution will be greatly reduced. If the resolution is too high, stains, deinking, etc. on the strips will have an impact on the scanner.   5.Decoding ability This means that the scanning gun does not support 1D codes, 2D codes, stacked codes, etc. In principle, the more types of codes supported, the stronger the decoding capability.   6.Scan angle The maximum inclination of scanning allowed by the scanner requires the user to use the scanner within a certain angle. First-time recognition rate: This refers to the ratio of the number of tags read in the first scan to the total number of scanned tags. However, this indicator is only suitable for handheld light pen scanning recognition methods.   7.Bit error rate This indicator is more important than the first recognition rate, which is the ratio of the number of false recognitions to the total number of recognitions.

Serial port barcode scanner:   Serial port barcode scanners are generally used in scenarios that require communication with computers or other devices through the serial port. It can transmit scanned barcode or QR code data to computers or other devices to achieve fast and accurate transmission of data.   Application scenarios:   Product traceability on the production line: On the production line, each product is labeled with a unique barcode or QR code. By using a serial port scanner, the information of each product can be read quickly and accurately to achieve traceability of the production line and management.   Warehouse management: In the warehouse, each goods is labeled with a unique barcode or QR code. By using a serial port barcode scanner, the goods can be managed quickly and accurately in and out of the warehouse.   Network port barcode scanner:   Network port barcode scanners are suitable for that require communication with computers or other devices through the network. It can transmit scanned barcode or QR code data to computers or other devices through the network to achieve remote transmission and sharing of data.   Application scenarios:   Logistics and delivery: In the field of logistics and distribution, since cargo information needs to be transmitted to a remote logistics management system, the use of network port code scanners can more conveniently realize remote transmission and sharing of data.   Retail stores: Some large retail stores may need to transmit sales data to the back-end computer system for statistics and analysis. Using a network port scanner can achieve data transmission and management more efficiently.   In summary, the choice of using a serial port barcode scanner or a network port barcode scanner needs to be decided based on the actual application scenarios and needs. If you need to perform serial communication with a computer or other device, or if you need to read a large amount of barcode or QR code data quickly and accurately, you can choose to use a serial port scanner. If you need to transmit data over the network or share data remotely, you can choose to use a network port scanner.   iMARCONE is professional barcode scanner manufacturer, we have full range of barcode scanner, including 2D handheld barcode scanner, wireless barcode scanner, desktop barcode scanner, as well as industrial barcode scanner, DPM code scanner, PDA and so on.          

In today's business environment, barcode readers play a crucial role as key tools for improving efficiency and reducing errors. However, sometimes we may encounter situations where our barcode reader isn't functioning properly, leading to workflow interruptions, decreased efficiency, or even losses. So, what could be the reasons behind our barcode reader issues? This article will analyze the problem from different perspectives and provide solutions. Damaged or Worn-Out Barcodes: Barcodes may become worn-out or damaged during usage, causing the reader to fail in correctly reading the barcode information. To address this issue, try using another device to scan the same barcode, or generate a new barcode.   Dirty Barcodes: Dirt or dust on the surface of the barcode may hinder the proper functioning of the reader. Regularly clean the barcode surface and ensure the use of a clean scanner to potentially resolve this issue.   Incorrect Barcode Type: Ensure that the reader being used supports the type of barcode you intend to read. Some readers may only support specific types of barcodes, so it's important to use a reader compatible with the desired barcode type.   Incorrect Reader Settings: Reader settings may need adjustment or reconfiguration based on the specific circumstances to ensure proper barcode reading. Refer to the reader's user manual or contact the manufacturer for assistance.   Power Issues: Check if the reader is receiving power properly. If battery-powered, ensure sufficient battery charge or replace with new batteries. If powered by a cord, ensure the power cord is properly connected.   Connection Issues: Connection problems between the reader and the computer or other devices, such as loose or damaged connection cables, may cause the reader to malfunction. Check connections and ensure they are secure.   Software Issues: The reader's software may be at fault and may require updating or reinstalling to restore proper functionality. Check if the reader's software is up-to-date and try reinstalling the software.   Environmental Factors: Strong light, heat, or other environmental factors may interfere with the proper operation of the reader. Place the reader in an appropriate environment and avoid exposure to extreme conditions.   Hardware Malfunction: If the above measures fail to resolve the issue, it may be due to a hardware component malfunction in the reader. In such cases, contact the manufacturer or customer service for repair or replacement. Encountering barcode reader problems in daily work may cause inconvenience, but by carefully identifying and addressing the issues, we can quickly restore normal workflow.

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.

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.    

An industrial barcode scanner is a scanning device designed specifically for industrial applications. It has the characteristics of high speed, high precision and high stability. Compared with ordinary consumer scanners, industrial scanners usually have stronger anti-interference capabilities and durability, and can work normally in harsh environments.   Industrial barcode scanners generally consist of the following parts:   Optical engine: used to capture and read the image signal of a target barcode or barcode.   Control circuit board: used to process the image signals captured by the optical engine and convert them into digital signals that can be recognized by the computer.   Enclosure: Protects and supports the scanner's internal components while providing a user-friendly appearance and meeting protection level requirements.   Interface: A connection port used for data interaction with computers or other devices (such as USB, RS-232, PS/2, etc.   Button: Can be used to manually trigger the scanning process.   Power module: Provides the power required by the scanner. And in some cases, it can transfer power through the interface, eliminating the need for external power modules.   It should be noted that different types of industrial barcode scanners may differ in specific components, but most barcode scanners have the above basic components.     Industrial barcode scanners can be used for product traceability, quality control, automated production lines, etc., greatly improving production efficiency and product quality.   iMARCONE has been specialized in the manufacture of barcode scanners for more than 15 years, and we have become the leading manufacturer of industrial barcode scanners in the Chinese domestic market and have won a high market share. We have 1D barcode scanner, 2d barcode scanner, desktop barcode scanner, waterproof barcode scanner for your choice. Welcome contact us for product details.