Feb 19, 2020
UV laser marking machine surpasses the traditional processing, making up for the inadequacy of previous processing accuracy, difficult drawing, damage to workpieces, and environmental pollution. With its unique processing advantages, it has become the new darling of glass product processing. The industry includes the necessary processing tools.
Glass is formed by melting silica and other chemicals together (the main raw materials for production are: soda ash, limestone, quartz). A continuous network structure is formed during melting, and a silicate non-metallic material that gradually increases in viscosity and hardens during cooling to cause crystallization. As a synthetic material, it exudes a tranquil 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 it's not good enough.
Therefore, designers use various tools to paint on glass to add color to glass products. Ultraviolet laser marking machine surpasses traditional processing, making up for the inadequacy of previous processing accuracy, difficult drawing, damage to workpieces, and environmental pollution. With its unique processing advantages, it has become the new darling of glass product processing. Industry listed as a must-have processing tool
In order to meet the improvement of industrial processing precision requirements, KING’S laser has 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. It has a laser as the base mode, good beam quality and high peak power. According to the use environment, this series of products adopt water-cooled form. This excellent resonant cavity design achieves high power stability and stable pulse sequence. It can fully adjust and control the laser power and repetition frequency output at any time, which fully meets the requirements of industrial precision processing.
With integrated design, the product has a compact structure, small size, low power consumption, stable working for a long time, and good beam quality. The integrated design of the laser and power control is extremely convenient to install and debug, and can control and adjust the laser power and repetitive frequency output at any time to meet the various needs of users.
Fine cutting, scribing, marking and micro-processing of various materials;
Laser rapid prototyping;
FPC board cutting;
Drilling micro-holes (pore diameter 10 μm);
Marking and dicing of flexible PCB boards;
Removal of metal or non-metallic coatings;
Silicon wafer microvias;
Blind hole processing and so on.
The UV laser marking machine belongs to the series of laser marking machines, but it is developed by using a 355nm UV laser. This machine uses a third-order intra-cavity frequency doubling technology compared with infrared lasers. The mechanical deformation of the material is greatly reduced and the thermal impact of processing is small, because it is mainly used for ultra-fine marking and engraving, especially suitable for food, pharmaceutical packaging material marking, micro-hole drilling, high-speed division of glass materials and silicon Wafers for complex pattern cutting applications
1. The UV laser marking machine is equipped with imported violet lasers, with excellent performance, uniform laser power density, fine light spots, and stable output optical power;
2. Modular design of UV laser marking machine, flexible application, equipped with automatic / manual working mode;
3. The UV laser marking machine has a wide range of applicable materials, which makes up for the lack of infrared laser processing capabilities, and can achieve ultra-fine laser marking;
4. The UV laser marking machine has a small heat-affected zone, avoiding damage to the processed materials and high yield rate;
5. UV laser marking machine does not need consumables, low use costs and maintenance costs.