Mold laser engraving, laser biting, laser drying
Mold embossing adopts laser engraving technology to ablate the surface material of the object by the thermal effect of the laser beam to leave a lasting mark. Some traditional engraving methods may be electrochemical or mechanical marking, etc. Laser engraving has the advantages of low cost, no consumables, good durability, non-contact, no deformation, environmental protection, high speed, high quality, high flexibility, and high engraving accuracy. .
Laser engraving, laser drying: Engraving is a design element that is often used in high-end products in the design industry. Consumers are already quite familiar with the material requirements. The demand for design needs to be more refined, in order to stand out from many products and win the trust of consumers. The general ways of biting flowers are: chemical biting, pressing planting, sandblasting, etc. In addition to requiring uniform thickness. The design of patterns is also a bottleneck that the design industry is eager to break through. Laser bite technology. The digital processing of each mold is consistent, repeating the production of high-quality products. Taking chemical bites as an example, most of the patterns are mainly 2D shapes. It is necessary to manually paste the pattern negative on the mold, and use chemicals to achieve the purpose of etching. Laser flower bite not only has a 3D texture design and a completely digital process, but more importantly, laser flower bite does not require the use of chemical agents such as strong acid and alkali, which is environmentally friendly and the safety and health of workers. Laser engraving can be the standard specification for engraving in the future. Compared with the past etching methods, laser engraving has the following advantages: 1. It can realize natural engraving without relying on skilled workers; 2. It is easy to realize engraving that is not present in the existing decorative patterns of engraving processors; 3. Engraving The flower does not change with the mold produced; 4. No industrial waste such as masking tape, acid solution used for etching, etc. is produced; 5. It is easy to simulate processing, modify patterns, etc.
