Mold Texturing
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Quick Prototyping, Grain Textured Molds, Wood Grain Molds, Custom Texture Engraving for Geometric Patterns, 3D Laser Mold Marking Texturing Machine
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. -
Laser mold texturing system
— High precision control, small subdivision angle, and fine texture;
— Automatic compensation, high drop machining;
— Large format texture consistency, seamless splicing;
— Smooth operation of image files within 200G;
— Supports importing STP, STL, OBJ, IGS, PLY, vector images, bitmaps, and grayscale images;
— Configure optical instruments, mold positioning does not require manual repeated adjustments;
— Easy to operate, flexible and easy to understand. -
Professional 3D Customization for Consumer Electronics Automotive Field Laser Mold Texturing Marking Machine
As a core process in mold surface treatment, mold texturing essentially involves creating specific textures on the mold cavity to deeply integrate “texture functions” with “product properties”. It is widely applied across multiple fields, including consumer electronics, automotive, home appliances, medical care, and packaging.
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China Maven Automatic for Mold Factory 3D Mold Texturing Laser Marking Machine
Introduction to Mold Texturing Mold texturing (also known as mold etching or mold graining; English: Mold Texturing / Mold Etching) is a surface treatment technology that creates specific texture patterns on the surface of mold cavities through chemical, physical, laser, or other processes. Its core purpose is to make the surface of finished products (such as plastic products and metal die castings) produced by the mold present a preset texture effect. It can not only optimize the appearance texture of products but also enhance functional properties (such as anti-slip, anti-scratch, and reducing reflection). It is a key process in mold manufacturing that connects “structural forming” and “surface aesthetics”.
