Laser cutting technology is becoming an important development trend in the glass deep processing industry due to its advantages of high precision, low material loss, and flexible processing capabilities. The CKD Glass Laser Cutting Machine is specially designed for high-precision glass processing applications, supporting glass thicknesses from 0.03mm to 25mm, and meeting the cutting requirements of ultra-thin glass, standard glass, and thick glass materials.
In this case, a customer visited the factory for a 2mm green glass irregular cutting sample test. The test required high cutting precision, smooth edge quality, and stable machine performance. The sample products included various complex irregular contours. From the on-site cutting results, the machine operated smoothly with stable performance, clean cutting paths, fine glass edges, and natural corner transitions, achieving excellent overall processing quality.
Compared with traditional wheel cutting methods, laser cutting adopts a non-contact processing method, which eliminates direct contact with the glass surface and effectively reduces mechanical stress, minimizing edge chipping and cracking problems. During the 2mm green glass cutting process, the CKD Glass Laser Cutting Machine precisely controlled laser energy output and cutting paths, allowing the glass to heat more evenly while improving both cutting quality and processing stability.
The machine supports cutting circles, ellipses, arcs, polygons, and various complex irregular patterns. It also supports direct CAD drawing import, allowing processing solutions to be adjusted quickly according to different product requirements. This makes the machine suitable for diversified production needs, including multiple specifications, small-batch orders, and flexible manufacturing applications. It is widely applicable for electronic glass, appliance glass, craft glass, and decorative glass industries.
In terms of machine performance, the CKD Glass Laser Cutting Machine is equipped with a high-precision motion platform and stable control system, maintaining accurate positioning even during high-speed operation. The machine also supports automatic positioning, automatic edge finding, and continuous batch processing, effectively reducing manual operation difficulty and improving overall production efficiency.
As the demand for high-end glass products continues to increase, the glass processing industry is placing higher requirements on equipment precision and stability. CKD will continue focusing on the research and development of glass laser cutting technology, providing customers with more efficient, stable, and reliable glass deep processing solutions.
