Applications

From initial concept to finish product, Zhongli Chenguang is your one stop shop for design to finish automation solutions

Brittle Materials Industry

Brittle Materials Industry

Wuhan Zhongli Chenguang Technology Co Ltd has always been dedicated to the research and development, production, sales and service of laser processing equipment, and provides customers with complete application solutions. It has more than 10 offices in China. While meeting the domestic market, its products are also exported to the United States, Canada, France, Sweden, Ukraine, Poland, Russia, Singapore, Japan, South Korea, India, Pakistan, Türkiye, Syria, Sudan, Ecuador, Taiwan More than 100 countries and regions including Hong Kong.
The Company is mainly engaged in the application  of laser industry technology and equipment manufacturing, mainly for the application and technological innovation of laser products such as laser metal welding, laser metal cutting and  laser metal  surface cleaning, laser marking, etc.  At the same time, it acts as an agent of Henkel Loctite products, and solves various bonding, fixing, gap filling and heat dissipation  solutions for customers.
 

 

Laser has found various applications in the brittle materials industry.

 

Brittle materials, such as glass, ceramics, and some types of semiconductors, present unique processing challenges due to their fragility and hardness. Laser technology offers precise and controlled methods for working with these materials. One common application is laser cutting. Lasers can make highly accurate and clean cuts in brittle materials, minimizing chipping and fractures. This is crucial for producing components with complex shapes and tight tolerances, such as in the manufacturing of glass for electronic displays or ceramic parts for advanced machinery. Laser drilling is another important use. It enables the creation of small, precise holes in brittle materials, which is essential in applications like microfluidics and sensor fabrication. Laser marking is also employed to add identification marks, serial numbers, or logos on brittle materials without causing damage or affecting their integrity. In addition, laser annealing and surface modification techniques can improve the mechanical and optical properties of brittle materials, enhancing their performance and functionality. Overall, the application of laser in the brittle materials industry has revolutionized the processing and manufacturing of these materials, enabling the production of high-quality and sophisticated components for a wide range of applications.

 

                             WUHAN CIOPTOR LASER TECHNOLOGIGY

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