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It applies to most materials, mainly crystals, stainless steel, aluminium alloy, titanium alloy, zinc alloy, copper, glass, mackerel glass, stone glass, ceramics, plastics, leather, bamboo, paper, etc。
Uv lasers use imported laser light sources, with high beam quality and low focus light, which makes the markings more precise and more clear; thermal impact areas are small and do not produce heat effects, avoiding deformation or burning of processed materials; and the speed and efficiency of markings and the wide application of materials, which solves the problem of many materials being marked with less subtle and ineffective fibre-optic lasers. Here's what we're looking at:
1. Small light, concentrated energy and small heat impact areas
2. No exposure to processors and no contamination of works
3. Be free from electromagnetic interference and more easily applied than electronic beam processing
4. Laser beams are easily focused, oriented and automated
5. Broad: almost any material can be marked
6. Safety and security: non-contact processing without mechanical pressure or stress on materials
7. Consistency of effects: to ensure that the effects of the same process are almost identical
8. High speed speed: high speed carving and cutting can be done immediately on the basis of the computer output, and laser cutting is much faster than line cutting
9. Low-cost: free of processing volume and cheaper laser processing for small batch processing services
Thermal deformation is small: lasers processed with lasers are fine, fast, and energy is concentrated, resulting in a small amount of heat being passed on to the cut material, which causes very small deformation
11. Processing suitable for large products: the high cost of manufacture of moulds for large products, the fact that laser processing does not require the manufacture of any moulds and the fact that laser processing completely avoids falling edges when materials are cut can significantly reduce the production costs of enterprises and increase the grade of products。


