The application of 3D laser marking in badge field is extremely advanced and flexible. It uses high energy density laser beam to make non-contact and high-precision concave processing on the badge surface, and realizes high-definition marking of complex patterns, delicate characters or personalized customization. Compared with traditional processing methods, 3D laser marking reduces the requirements for the smoothness of badge surface, supports the marking of curved surfaces and multi-height surfaces, and greatly improves the processing efficiency and the freedom of creative design. This technology makes the badge more exquisite and unique, and enhances its value as an identity mark or souvenir.
The application of 3D laser marking in badge field is extremely advanced and flexible. It uses high energy density laser beam to make non-contact and high-precision concave processing on the badge surface, and realizes high-definition marking of complex patterns, delicate characters or personalized customization. Compared with traditional processing methods, 3D laser marking reduces the requirements for the smoothness of badge surface, supports the marking of curved surfaces and multi-height surfaces, and greatly improves the processing efficiency and the freedom of creative design. This technology makes the badge more exquisite and unique, and enhances its value as an identity mark or souvenir.
Ultraviolet laser marking machine is applicable to a wide range of materials, including plastics (such as PVC, PC, ABS, etc.), glass, ceramics, silicon materials (such as silicon wafers, wafers, etc.) and various metals (such as stainless steel, aluminum, etc.). Its short wavelength and high energy density make it possible to make fine, permanent and nondestructive marks on the surfaces of these materials. In addition, the ultraviolet laser marking machine is also suitable for special materials such as rubber, leather, flexible substrate, etc., to meet all kinds of complex and fine marking needs. In many industries, such as medicine, food, electronics and automobile, the ultraviolet laser marking machine plays an important role.
Ultraviolet laser marking machine is applicable to a wide range of materials, including plastics (such as PVC, PC, ABS, etc.), glass, ceramics, silicon materials (such as silicon wafers, wafers, etc.) and various metals (such as stainless steel, aluminum, etc.). Its short wavelength and high energy density make it possible to make fine, permanent and nondestructive marks on the surfaces of these materials. In addition, the ultraviolet laser marking machine is also suitable for special materials such as rubber, leather, flexible substrate, etc., to meet all kinds of complex and fine marking needs. In many industries, such as medicine, food, electronics and automobile, the ultraviolet laser marking machine plays an important role.
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