Application of UV laser beam source in marking machine

Glass is formed by the fusion of silica and other chemicals (mainly produced from: soda ash, limestone, quartz). A silicate-based non-metallic material that forms a continuous network structure during melting, and gradually increases in viscosity and hardens during cooling, causing it to crystallize. As a synthetic material, it exudes a quiet and pure taste, showing the beauty of form and reality, the beauty of light and shadow, the beauty of imagery, the beauty of time and space and the beauty of fun. Glass is beautiful, but a fly in the ointment.

Therefore, designers use various tools to paint on glass to add color to glass products. Ultraviolet laser marking machine surpasses traditional processing and makes up for various shortcomings such as low processing accuracy, difficulty in drawing, damage to workpieces, and environmental pollution. With its unique processing advantages, it has become the new favorite of glass product processing. The industry is included in the necessary processing tools.

In order to adapt to the improvement of industrial processing precision requirements, our company independently developed a 355nm end-pumped Q-switched laser. This product is small in size, compact in structure, light in power and low in power consumption. According to the use environment, this series of products adopts the form of water cooling. This excellent resonator design achieves high power stability, stable pulse sequence, and can adjust and control the laser power and repetition frequency output at any time, fully meeting the requirements of industrial precision machining.

The integrated design is adopted, the product is compact in structure, small in size, low in power consumption, stable in long-term operation and good in beam quality. The integrated design of laser and power control is extremely convenient for installation and debugging, and the output of laser power and repetition frequency can be controlled and adjusted at any time to meet various needs of users.

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Fine cutting, scribing, marking and micromachining of various materials;

Laser rapid prototyping;

LED scribing;

FPC board cutting;

Punch micro-holes (10 μm in diameter);

Flexible PCB board marking and scribing;

Metal or non-metallic coating removal;

Silicon wafer microvia;

Blind hole processing, etc.

Different national languages, font styles, patterns, and laser marking processes are all handy. Due to the combination of laser marking process and numerical control system, after drawing on the computer, the UV laser marking machine can mark the words or patterns you want to say on the product, showing casual romance.