The Difference Between Traditional Heat Transfer Technology and Digital Heat Transfer Technology

  The heat transfer process is very rich in decorative value and can greatly increase the added value of the product. It has been widely used in the printing of various flat and curved surfaces and has become an important surface decoration technology in the printing process. The difference between traditional heat transfer technology and digital heat transfer technology is mainly reflected in six aspects: 1. Printing method; 2. Color quality; 3. Application product type; 4. Market positioning; 5. Production quantity; 6. Market price.
   It is embodied in that the traditional heat transfer technology uses plate printing, and the color reproduction effect in the transfer process is poor. The types of products that can be printed are relatively single. It caters to the mass market and produces mass products, so the market price of such products is low. The digital heat transfer technology can be used for plateless printing. The color reproduction effect of this digital heat transfer machine is good, and the product types are relatively wide. It is satisfied with personal pursuits and is suitable for personalized markets. These targeted restricted products are natural markets. The price will also become higher.
   Digital heat transfer printer is a successful model of the application of digital heat transfer technology. Compared with traditional heat carbon printers, ink wheel printers, or continuous inkjet printers, digital heat transfer printers have their own unique technical advantages. The specific performance is as follows: First, the digital heat transfer printer does not use characters, no need to arrange and adjust small characters, avoid the danger of characters falling into food or breaking the film, and save the cost and time of replacing characters. Second, digital heat transfer can provide high-quality coding effects. The resolution of the coded image can reach up to 300 dpi, and the print quality is consistent and stable. The third is that the digital heat transfer printer can print special characters and bar codes, which can ensure a high level of production capacity. Finally, the digital heat transfer printer can print real-time information, which improves the traceability of the product.