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Guangzhou Kaishi Weighing Equipment Engineering Co., Ltd
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Guangzhou Kaishi Weighing Equipment Engineering Co., Ltd

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    casgood@163.com

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    No. 46-1, Shigang South Road, Shigang East Village, Asian Games Avenue, Panyu District, Guangzhou City, Guangdong Province

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FS4RFID weighing system

NegotiableUpdate on 11/26
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Overview

FS4RFID Weighing System RFID Weighing System RFID Identification is a non-contact automatic identification weighing technology that automatically identifies target objects and obtains relevant data through RF signals. The identification work does not require manual intervention and can work in various harsh environments

Product Details

FS4RFID weighing system

RFID weighing system is a non-contact automatic identification weighing technology that automatically identifies target objects and obtains relevant data through RF signals. The identification work does not require manual intervention and can work in various harsh environments. RFID weighing system technology can recognize high-speed moving objects and simultaneously identify multiple tags, making operation fast and convenient. RFID weighing system radio frequency identification is a non-contact automatic identification technology that automatically identifies target objects and obtains relevant data through radio frequency signals. The identification work does not require manual intervention and can work in various harsh environments. RFID weighing system technology can recognize high-speed moving objects and simultaneously identify multiple tags, making operation fast and convenient. Short distance RF products are not afraid of harsh environments such as oil stains and dust pollution, and can replace barcodes in such environments, such as tracking objects on factory assembly lines. Long range RF products are commonly used in transportation, with recognition distances of up to tens of meters, such as automatic toll collection or vehicle identification. Application of RFID Weighing System Technology
a. In the retail industry, the application of barcode technology enables tens of thousands of product types, prices, origins, batches, shelves, inventory, etc
b. By adopting automatic vehicle recognition technology, toll collection areas such as roads, bridges, and parking lots avoid the phenomenon of vehicles queuing to clear customs, reduce time waste, and greatly improve transportation efficiency and the capacity of transportation facilities;
c. On the automated production line, all aspects of the entire product production process are placed under strict monitoring and management;
d. The application of remote radio frequency identification technology in harsh environments such as dust, pollution, cold, and heat has improved the inconvenience for truck drivers to get off and handle procedures;
e. In the operation and management of buses, the automatic recognition system accurately records the arrival and departure times of vehicles at various stations along the route, providing real-time and reliable information for vehicle scheduling and overall operation management.
What benefits will RFID weighing system technology bring to enterprise logistics and supply chain management? Electronic tags are a tool that improves recognition efficiency and accuracy, and this technology will completely replace barcodes. Taking Nokia, a well-known mobile phone manufacturer, as an example, Nokia was the first to test an RFID weighing system project in Finland. It uses a commercial thermal printer to attach color coded labels to mobile phone products, which is connected to the customer's shipping process system and transmits information to a secure network server through an intelligent code reading board. In the material procurement process, Nokia's package was unloaded at a warehouse in the UK, and the information was automatically transmitted to the Nokia branch material manager's mobile phone through a code reader. In production-oriented enterprises such as HP, we are exploring how RFID weighing systems can help us in actual manufacturing processes. The RFID weighing system ensures that they use the correct components in manufacturing. Under the company's existing system, HP employees need to scan the work in progress on the production line, and then scan the components to determine if they match. After adopting RFID weighing system tags, the correctness of the selected components is automatically ensured by verifying the component series codes. HP also actively participates in the Smart and Secure Trade Corridor initiative, which was created after 9/11 to ensure the security of cargo containers entering the United States. This project utilizes active RFID weighing system technology to provide real-time visibility into the status, location, and safety of containers entering the port. In enterprise distribution and retail distribution, RFID weighing systems start to play a role from the moment goods leave the warehouse. When the whole vehicle goods leave the distribution center, the system scans the goods on the trailer, so that the store manager can track every shipment information from the store warehouse information system, know which goods have been sent out and when they will arrive. When the trailer arrives at the store, it undergoes another scan to see if anything is missing, so there is no need to check each trailer and actually count the quantity of goods. Once the goods are placed on the shelves, when there is a shortage of goods on the shelves, the embedded RFID weighing system reader sends a message to the store's backend office system, and the goods will be replenished as needed, thus avoiding sales losses caused by product shortages. In addition, the RFID weighing system reader can also track the sales speed of goods and the best and worst selling products, and has a security anti-theft function. As long as the anti-theft function in the tag is activated, the sensor at the store exit can send an alarm message, and at the checkout, the anti-theft program will be automatically canceled. At the checkout counter, labeled goods will undergo a final scan and inventory will be updated. In addition, customers of the store can directly understand the products they want and immediately receive information about the labeled products. In this way, choosing a DVD or CD is very simple, as customers can scan products and choose to play DVDs or music clips at any electronic convenience station in the store. In the past, waiting for a long time at the checkout counter was a headache. In the new store, the RFID weighing system tags in the shopping cart will tell the store management how many shopping carts are in and out of the store. If the number of shopping carts used in the store increases, more counters will be opened to meet the requirements of handling a large number of customers. Introduction to Wireless Homework Management System
1. The sorting of goods on the conveyor belt requires the use of multiple antennas to form an RFID weighing system and scan the tunnel to improve the first pass rate. At the same time, the RFID weighing system reader needs to be connected to a conveyor belt or other control host. At this point, using Intermec Intellitag RPC reusable RFID weighing system tags and Intermec Intellitag IF4 readers can form an economical and efficient RFID weighing system.
2. When loading and unloading pallets into and out of truck compartments and containers, the metal box of the warehouse has a strong reflection of radio waves, which seriously affects the effectiveness and accuracy of RFID weighing system recognition. Intermec Intellitag IF5 is an intelligent RFID weighing system reader that provides four antenna interfaces to form a flexible scanning tunnel. It can effectively improve the reading effect and accuracy.
3. The RFID weighing system reader installed on the pallet packaging workstation needs to promptly identify and classify the goods on the pallet, and associate them with the pallet identified by the RFID weighing system. Intermec Intellitag IF4 is a low-cost solution.
4. Through a fixed RFID weighing system reader and a set of antennas, a downward covering scanning network is formed to efficiently read and write data from large items and pallets labeled with upward facing RFID weighing system tags. Especially for forklift operations, it is more convenient and effective.
5. Manual mobile operations require specifying items and completing a series of tasks. A mobile operation platform is composed of the Intermec Intellitag IP3 mobile RFID weighing system reader and the Intermec 700 mobile computer, which can simultaneously read and write RFID weighing system tags and scan barcodes, and perform corresponding processing, storage, and communication. By utilizing the powerful features of the Intermec 700, the Intermec IP3 can be built with peripherals and systems into PAN, LAN, and WAN for different applications.
6. Forklift mobile operation is the most important operation mode in warehouses and logistics centers. A mobile work platform consisting of Intermec Intellitag IF4 fixed RFID weighing system reader and Intermec CV60 onboard computer, particularly suitable for pallet cargo operations and RFID weighing system tag reading and writing
7. Printing and Reading of RFID Weighing System Labels Intermec Intellitag PM4i is a multifunctional label printer designed for RFID weighing systems. It is a new product developed based on the Intermec PM4i smart label printer. The Intermec Intellitag PM4i printer follows the current RFID weighing system standards and can encode RFID weighing system tags and print barcodes, text, and graphics simultaneously without the need for host system programming. Intellitag PM4i can work offline and independently complete printing