In the field of precision processing of thick glass, the difficulty of cutting often increases exponentially with thickness. Especially for 25mm green glass, due to its thick material, high internal stress, and extreme sensitivity to thermal effects, traditional processing methods generally suffer from problems such as large edge breakage, poor roundness, and low efficiency. In response to the pain points in this industry, Chuangkeda uses mature and stable laser cutting technology to easily complete 25mm green glass circular laser cutting, achieving high-quality and highly consistent processing effects.
Customer requirements
The customer requests to cut 8mm thick, 40 * 40cm green glass into circular shapes with a diameter of 8cm, and requires smooth cutting edges, no broken edges, consistent size, and efficient mass production.
Solution
Chuangkeda's "Infrared Picosecond Laser Glass Cutting Integrated Machine" achieves non-contact, low thermal impact, and edge free cutting with a high-energy density picosecond laser source, intelligent visual positioning system, and high-precision motion platform. During the cutting process, laser energy is evenly applied to the inside of the glass, forming a clean cross-section through the principle of cold cracking. The entire cutting edge can be directly assembled and used without the need for secondary polishing. For complex irregular paths, the intelligent control system of the equipment can operate accurately according to CAD drawings, ensuring that every arc and angle matches the design perfectly. The cutting accuracy of the equipment is as high as ± 0.01mm, with excellent verticality of the incision and a broken edge of ≤ 5 μ m; Supports cutting of any shape, whether circular, square, curved, or irregular contours, all can be completed in one go. At the same time, the automated processing platform equipped can achieve synchronous cutting of multiple pieces of glass, significantly improving production efficiency and providing high-quality and high-efficiency solutions for high-end glass precision processing.
