The multifunctional non-metallic cutting machine also has multiple cutting methods, such as glass tube cutting, axial fast flow cutting, RF tube cutting, etc. These cutting methods have their own characteristics and are suitable for different cutting needs. For example, glass tube cutting is mainly used in industries with low cutting requirements, while axial fast flow cutting is suitable for industries such as thick wood materials and knife molds. Radio frequency tube cutting is widely used in industries with high cutting requirements, such as cutting and carving of high demand fabrics and leather, due to its fine beam and good cutting effect.

The equipment mainly consists of laser, optical system, workbench, protective cover, power supply and other main components. Its working principle is to generate a high-energy density laser beam through a laser, which is focused and collimated by an optical system to act on the surface of non-metallic materials, causing thermal melting and evaporation on the material surface, forming cutting marks. As the laser moves, cutting marks form continuously, ultimately completing the cutting of the entire material.

The control system of the glass tube cutting machine drives the cutting tool to cut according to the set parameters. After the cutting is completed, the control system will automatically stop cutting and remove the cut glass tube from the cutting table. The glass tube cutting machine adopts an automated control system, which can achieve fast and continuous cutting operations, greatly improving production efficiency.

The glass tube cutting machine drives the cutting tool to cut the glass tube through a high-precision control system. By using a high-precision positioning system, the glass tube to be cut is accurately placed on the cutting table. Set the cutting speed, cutting angle, and other parameters of the cutting machine based on the material, diameter, and required cutting length of the glass tube.