4 technical advantages of vacuum wood grain transfer machine

The first point is high efficiency. Take wood grain transfer as an example. If other types of printing technology are used, there must be a process of waiting for drying or natural drying. During this process, some place is inevitably needed to store these process products. The wood grain transfer machine is different. It can print continuously without drying, and can be packaged after printing. The production space is greatly reduced and the production efficiency is greatly improved.

The second point is the rich colors, or take the wood grain transfer as an example. The traditional wood grain pattern has only a single color block, and the colors and patterns are relatively monotonous. The traditional heat transfer is different. Because the pattern is printed on the PET heat transfer base film first, the color of the pattern can be reproduced almost unlimitedly. Patterns such as various flowers, trees, landscapes, etc. can be transferred to the wooden door. , Which greatly enhances the appearance of the wooden door and the added value of the product.

The third point is environmental protection. The thermal transfer film of the vacuum wood grain transfer machine, whether it is the base film or the selected printing ink, release layer, back glue and other materials, can pass the environmental protection testing of domestic and foreign testing agencies. In the production process, the noise pollution of thermal transfer is also extremely low, and pollution in sewage and exhaust gas is almost zero. This is also one of the reasons why traditional thermal transfer technology is so popular and different from other printing types. .

The fourth and most important point is that the process combination of the vacuum wood grain transfer machine is relatively rich. In addition to the simpler ordinary heat transfer, the product process combination can also be refined to form a high-cut edge, UV-friendly, Resistant to cooking, bending, ethanol, high hardness, high wear resistance, matte, partial aluminum plating, partial laser, transparent laser, metal texture and other thermal transfer process combinations. With the continuous optimization of wood grain transfer machine technology, it has also led to the rapid development of traditional thermal transfer machine technology. Many thermal transfer workpieces with high transfer difficulty can be transferred, such as conical surface, Surfaces, arc triangles, S-shaped surfaces with small arcs and other difficult workpiece tables can all be transferred.