The distance between the cutting head and the cutting disc of the multi blade cutting machine can be adjusted to meet the hardness and shape requirements of different stones, thereby further improving cutting accuracy. Multi blade cutting machines can more effectively utilize stone resources and reduce waste generation. By precisely controlling the cutting depth and width, material waste can be minimized to the greatest extent possible. A multi blade cutting machine with a high degree of automation can reduce the labor intensity of workers and lower labor costs. Meanwhile, due to high cutting efficiency and good quality, the subsequent processing workload will also be correspondingly reduced.

Multi blade cutting machines typically adopt high-precision design and manufacturing processes to ensure that each blade can accurately complete cutting tasks. This high-precision design helps to reduce dimensional errors and improve machining quality. Some multi blade stone cutting machines are equipped with high-power motors, such as the 800 single group multi blade automatic ceramic tile cutting machine, which uses a 22KW motor to further improve cutting efficiency.

The working principle of stone cutting machines is mainly based on advanced cutting technologies such as high-speed rotating saw blades, lasers, and water knives. The saw blade cutting machine drives the saw blade to rotate at high speed through an electric motor, and uses the sharp edge of the saw blade to cut stone; Laser cutting and water jet cutting respectively use high-energy density laser beams and high-pressure water flow with abrasive to achieve non-contact and high-precision cutting.

The fully automatic stone cutting machine adopts advanced automation control system, which can automatically complete the entire process of stone feeding, positioning, cutting, discharging, etc., greatly improving production efficiency and cutting quality. As a high-end equipment in the field of stone processing, CNC stone cutting machines control cutting paths and parameters through computer programming to achieve precise cutting of complex graphics, and are widely used in the processing of irregular stones, sculpture making and other fields.