Glass is formed by melting silica and other chemicals together (the main production raw materials are soda ash, limestone and quartz). It is a silicate non-metallic material that forms a continuous network structure during melting, gradually increases its viscosity and hardens during cooling, resulting in its crystallization. As a synthetic material, it emits a quiet and pure taste, showing the beauty of emptiness and reality, light and shadow, image, time and space and interest. Glass is beautiful, but it's not good enough.
Therefore, designers use various tools to draw on glass to add color to glass products. UV laser marking machine goes beyond the traditional processing and makes up for the shortcomings of low processing accuracy, difficult drawing, damage to workpieces, environmental pollution and so on. With its unique processing advantages, it has become a new favorite in the processing of glass products and has been listed as a necessary processing tool by various wine cups, craft gifts and other industries.
In order to meet the improvement of industrial machining accuracy, our company has independently developed 355nm end pumped Q-switched laser. This product has the advantages of small volume, compact structure, light power, low power consumption, laser as the basic mode, good beam quality and high peak power. According to the service environment, this series of products are water-cooled. The excellent resonator design achieves high power stability and stable pulse sequence. The laser power and repetition frequency output can be adjusted and controlled at any time, which fully meets the requirements of industrial precision machining.
The integrated design is adopted. The product has the characteristics of compact structure, small volume, low power consumption, long-time stable operation and good beam quality. The integrated design of laser and power control is extremely convenient for installation and debugging, and the laser power and repetition frequency output can be controlled and adjusted at any time to meet various needs of users.
