Product coding and implementation scheme

Through the standardized implementation process, enterprises will achieve their goals.

Users of all departments (production, storage, information, etc.) should master the operation methods of hardware or software of the product whole-process traceability system.

Product whole process traceability system of product data information of related enterprises.

All departments (production, storage, information, etc.) are familiar with the use of the system and passed multiple batches.

Data trial run, sorting out the workflow that conforms to the mode of each department of the company.

The integrated interaction between traceability system and enterprise ERP provides solid basic data for enterprise ERP.

Ensure that the whole product traceability system can be successfully launched.

In order to ensure the achievement of the above objectives, the key links of application are stipulated in the implementation specification of product whole-process traceability system to ensure the quality of training and standard implementation. At the same time, it is clear that enterprises are the main body of system application, and enterprises need to provide safeguard means from project management, organization and implementation, management measures, data rectification and other aspects to ensure the successful application of easy whole-process traceability system.

In the Internet of Things logo industry, according to the packaging characteristics of flexible packaging products, we can know that thermal foaming inkjet technology TIJ, thermal transfer TTO, printing and labeling technology, laser marking technology and UV inkjet technology can be used to spray and print personalized logos such as QR codes for flexible packaging products. Now, the coding identification technologies are described as follows:

Thermal transfer printer TTO

In the field of flexible packaging coding, ink roller coding machine and ribbon coding machine still occupy a large market share, both of which occupy a large area of the market because of their low prices, but they are difficult to meet the market demand of flexible packaging manufacturers for printing variable information signs. For this reason, thermal transfer coding machines have gradually been sought after and favored by the market and production enterprises.

In the market application, the Weighing system can not only meet the requirements of adding thermal transfer equipment to the coating, bag making, rewinding, cutting and shaping links after printing in the printing factory to realize the coding of the product packaging, but also add thermal transfer equipment to the automatic packaging (filling) equipment of the production enterprise to realize the coding of the product packaging.

No matter in speed or quality, it is excellent, and the jet printing resolution is high. At the same time, TTO is contact coding, which is more suitable for printing high-precision graphics and texts of soft packaging, such as bagged milk powder and other products. Ribbons of various colors are transferred to products, with high font accuracy and good printing effect. What is most worth mentioning is that thermal transfer can be linked with the existing packaging machinery of production enterprises to assign codes.

Thermal foaming inkjet technology TIJ

Thermal foaming inkjet technology belongs to one of the high-resolution inkjet technologies, which can meet the requirements of online inkjet printing of variable two-dimensional code identification information with high quality, high definition and high reading rate for soft packaging materials, and help realize traceability coding and high reading rate requirements of products. It is suitable for production enterprises or printing houses, and is characterized by flexible coding, which can safely and reliably directly inkjet print unique and high-resolution two-dimensional code identification information on product packaging.

Thermal foaming inkjet technology belongs to non-contact direct inkjet printing with high speed and high resolution, which is suitable for mass production and small packaging assembly line.

Laser marking technology

The marking speed of the laser marking machine is very fast. Even if the power of the laser is not high, the marking of identification information or two-dimensional code can be completed, and the marking application of soft package materials such as cardboard can be met, and a clear white mark can be left on the package.

For this application, laser marking has obvious advantages because it has no consumables and permanent marking. In addition, the marking information after laser marking is not easy to erase, which is beneficial to anti-counterfeiting and channeling prevention of enterprises. It is suitable for various online high-speed printing, with better effect, higher precision and faster efficiency than traditional printing, but the initial investment cost is relatively high.

Fourthly, printing labeling technology.

Printing and labeling machine is an ideal choice for marking high-resolution text, bar code, two-dimensional code and graphics on containers, trays and shrink films. It has high contrast and excellent bar code reading rate.

Printing the two-dimensional code on the product packaging by the printing and labeling machine can meet the requirement that enterprises can accurately label the labels on the packaging at high speed, and can be seamlessly integrated into the existing production line to ensure the existing production efficiency.

UV inkjet technology

UV ink-jet printing is a new technology developed at the end of the 20th century, which combines the advantages of ink-jet printing technology and ultraviolet curing technology. It not only has the convenience of ink-jet printing technology in use and operation, but also has the advantages of photo-curing technology in efficiency and physical properties. With the continuous development of computer, network technology and printing equipment, UV ink-jet printing technology is constantly updated and improved, and UV ink-jet printing has achieved unprecedented development.

There are a wide range of materials that can be sprayed with UV ink. After UV curing, identification information such as two-dimensional code and bar code is firmly attached, water-resistant and scratch-resistant, and the reading level is more guaranteed, especially when spraying images on flexible substrates such as plastic films, its adhesion and toughness are more obvious.