Are you still worried about the blackened edges, loose edges, and low yield of colored mica glass cutting? Traditional mechanical processes are time-consuming, labor-intensive, and result in material loss. Frequent rework is really exhausting. Is it time for laser cutting technology to break through?
The Chuangkeda equipment is equipped with a high-energy density ultra fast laser source, combined with an intelligent visual positioning system and a high-precision motion platform, to achieve micrometer level precision alignment. During processing, laser energy uniformly penetrates the interior of the glass, forming a smooth and flat cross-section based on the principle of cold cracking. Non contact processing throughout the process, with minimal heat affected zone, completely eliminating defects such as edge breakage and hidden cracks. The edge of the incision is delicate and seamless, without the need for secondary polishing and grinding, and can be directly put into assembly, greatly reducing the production cycle and improving the overall yield and processing efficiency.
Color mica glass with irregular contour laser precision cutting, the mica layer is tightly bonded to the glass substrate, the cutting surface is free of layering, no broken edges, bright and uniform colors, and maintains the natural mica luster.
Widely used in decoration and renovation, handicraft production, home industry, and various electronic product insulation processing.
The device supports cutting from 0.01mm ultra-thin glass to 80mm thick glass, with a cutting speed 3-5 times faster than traditional methods. It can operate continuously and stably for 7 × 24 hours, reducing costs by 50%.
