Glass beveling machines generally have a high degree of automation, which can continuously complete multiple processes such as rough grinding, fine grinding, trimming the bottom edge, and polishing in one go. Some high-end models also integrate PLC computer control systems and HMI touch screens. Operators only need to input parameters such as glass thickness, bevel width, angle, etc., and the equipment can automatically adjust and execute accurately, greatly reducing the difficulty of manual intervention.

2. High processing accuracy and excellent edge effect

In order to ensure the quality of the finished product, high-quality beveling machines are meticulously designed in terms of mechanical structure. The base and front and rear beams are usually made of thick cast iron and undergo aging annealing heat treatment to ensure that the machine is not easily deformed or shaken during long-term operation. At the same time, grinding head drag plates often use integral dovetail sliding plates or precision guide rails, combined with high-precision motors specifically designed for beveled edges, to achieve grinding accuracy of 0.01mm level, ensuring straight beveled edges and high diagonal accuracy, and achieving mirror level effects after polishing.

3. Advanced transmission system, smooth and efficient operation

This new structure has lower friction and energy consumption. It not only allows for the processing of smaller glass sizes (such as 25 * 25mm mosaics), but also can withstand thicker and heavier large glass plates. The oblique angle range can also be expanded to 0-45 °. In addition, the equipment often adopts continuously variable speed or variable frequency motor speed regulation, which ensures a stable feed speed and further improves processing efficiency and yield.