The 3-in-1 split fiber laser smart mirror marking and frosted glass marking machine, combined with glass drilling capabilities, is a versatile tool designed for a range of glass processing applications. Here’s an overview of its functionalities:

1. Mirror Marking:

Laser Source: The machine is equipped with a fiber laser source capable of high-quality mirror marking on glass surfaces. The laser beam interacts with the glass, creating precise and customizable mirror-like patterns, designs, or text.

Smart Control: The machine features smart control software that allows for easy design input, customization, and adjustment of mirror marking parameters such as depth, intensity, and pattern complexity.

Applications: Mirror marking is commonly used for decorative purposes in the glass industry, such as creating intricate designs on mirrors, glass doors, tabletops, and decorative glass panels.

2. Frosted Glass Marking:

Laser Parameters: The machine can be configured to perform frosted glass marking by adjusting laser parameters to create a matte, frosted appearance on glass surfaces.

Applications: Frosted glass marking is popular for applications such as privacy screens, decorative glass partitions, signage, and artistic glass designs.

3. Glass Drilling:

Drilling Capabilities: The machine is equipped with drilling capabilities using the same fiber laser source. It can create precise holes in glass materials with controlled depth and diameter.

Automation: The drilling process is automated and controlled through CNC software, allowing for accurate positioning and drilling of holes in glass components.

Applications: Glass drilling is essential for various industries, including electronics (for circuit boards), automotive (for sensors and displays), medical devices (for glass components), and architectural applications (for glass fittings and fixtures).

Customizable Effects: Users can control the level of frosting, texture, and opacity to achieve different visual effects, from light frosting to more pronounced textures.