Quick Prototyping, Grain Textured Molds, Wood Grain Molds, Custom Texture Engraving for Geometric Patterns, 3D Laser Mold Marking Texturing Machine

Short Description:

Core Technical Principles

Focused high-energy laser beams, under the precise control of a Computer Numerical Control (CNC) system, perform localized vaporization ablation or micro-melting reshaping on the surface of mold steel:

For fine textures (e.g., frosted finish, anti-fingerprint texture): The laser beam conducts high-density micro-area scanning, creating uniformly distributed micro-pits or protrusions on the mold surface.
For complex three-dimensional textures (e.g., wood grain, carbon fiber texture, leather grain): Layered scanning and path planning are adopted to replicate the depth hierarchy and detailed contours of the texture.

The non-contact machining process avoids mechanical stress damage to the mold, enabling high-precision and highly consistent texturing effects.

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Typical Application Scenarios

Consumer Electronics Molds: Texturing of mobile phone casings, laptop panels, and headphone enclosures to achieve anti-fingerprint, matte, and anti-slip effects.
Automotive Molds: Leather grain/carbon fiber grain texturing of automotive interior parts (dashboard, central control panel) and lamp housings, enhancing the texture of interior components.
Home Appliance Molds: Stone-like/wood grain texturing of refrigerator panels and washing machine casings, boosting product aesthetics.
Precision Industrial Molds: Microlens array and light guide texture processing for optical component and medical consumable molds, meeting functional requirements.