Shenzhen Jintiansu Technology Co., Ltd.

The data processing of barcode printers involves a method of data conversion, where the computer sends graphic instructions to the barcode printer. The barcode printer processes the data, which drives the thermal elements of the print head to heat and print the relevant content. During the coding process, the barcode printer can print information such as serial numbers onto adhesive labels, which can then be transferred to items that require traceability. A bar code printer is a device used for marking products, suitable for inkjet printing on product packaging, boxes, and the product itself, as well as for attaching traceability labels.

An inkjet printer is a device that uses non-contact identification on products through software control. Generally referred to as continuous Inkiet Printer (CIJ), it is suitable for spraying traceability codes and other information on bottled, bagged and other packaged goods.

Laser etching involves focusing a small-power laser (typically ultraviolet or fiber laser) with high beam quality onto an extremely small spot. At this focal point, a high power density is created, causing the material to evaporate instantly, forming holes, grooves, and slots. This process creates a very low power density, allowing for the etching of trace codes and other information on metal or plastic surfaces. It is suitable for products that require long-term preservation and are used in harsh environments.

Barcode scanners are reading devices used to read the information contained in barcodes. They use optical principles to decode the content of barcodes and transmit it to computers or other devices via data lines or wireless means. At various nodes in product circulation, manual handheld scanners can be used to scan traceability codes and other information, making them suitable for small batch collection.

The principle of fixed scanner is the same as that of handheld scanner. It can automatically or externally trigger scanning traceability and other information, which is suitable for large-scale collection or pipeline collection application scenarios. Fixed scanner can not only read a single traceability code, but also read multiple traceability codes at the same time.

The handheld data collector is equivalent to a mobile computer with a barcode scanner. Currently, the mainstream is the Android operating system, which can run production, warehouse, logistics, marketing and other business systems, and collect traceability code and other information from different nodes at the same time. It is suitable for mobile applications and small batch collection.

This is a compact yet powerful IoT box specifically designed for industrial environments. It features a rich array of hardware resources and a variety of interfaces. Through flexible program settings, it can control serial port peripherals and barcode scanning devices. The software within the IoT box can also classify and verify the barcodes collected by the scanner, as well as receive data from the host computer to control devices such as scanners and alarm systems.

By implementing CIS intelligent label detection system: SV-CIS20, CIS camera, detection algorithm and printer are perfectly combined to detect label quality online and control the abnormal stop of printer.

In the production line renovation, traceability code collection employs a dual mode of automation (industrial control computers, RFID, PDAs) and manual operation to ensure data accuracy and fault tolerance. The coding equipment is categorized by process into the packaging stage (TTO, laser marking) and online coding (jet printer, DPM). High-speed and precise coding is achieved through PLC or sensor linkage. The system integrates middleware and dual databases, supporting real-time verification and anti-duplicate features, with provisions for blockchain and AI maintenance expansion. This solution can boost collection efficiency to 99.9%, implemented in three phases, balancing compliance and cost optimization.