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Infinite design possibilities of digital laser biting

Advantages of laser biting
Biting flowers is a design element 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 plant biting, sandblasting biting... etc. In addition to requiring uniform thickness. Pattern design is also a bottleneck that the design industry urgently wants to break through. Laser biting technology. Each pair of molds is consistent in digital processing, and high-quality products are repeatedly produced.
Take chemical biting as an example. Most of the textures are based on 2D modeling. It is necessary to manually paste the pattern negative on the mold and use chemical agents to achieve the purpose of etching. Laser biting not only has a 3D pattern design and a completely digital process, but more importantly, laser biting does not require the use of strong acids, strong alkalis and other chemicals, which is valuable for environmental protection and the safety and health of workers. Laser biting can be the standard specification for biting technology in the future.
Compared with the past etching methods, laser biting has the following advantages: 1. It can realize natural biting without relying on skilled workers; 2. It is convenient to realize biting that is not in the existing decorative patterns of the biting processor; 3. Biting The flower does not change with the made mold; 4. Does not produce masking tape, acid solution used in etching and other industrial wastes; 5. It is easy to simulate processing, modify patterns, etc...

1. The customer provides
a 3D drawing file of a mold
that is fully consistent with the
size of the workpiece

2. Design the texture required
by the customer

3. Use software to process the anti-texture
rendering to the surface to be processed

4. Calculate through software to
produce laser processing program

5. After the processing program is
imported into the machine, various
parameters are adjusted and set,
and then directly laser burned

6. After the laser processing
is completed, the mold can
be directly produced