Working principle of infrared bridge stone cutting machine
An Infrared Bridge Stone Cutting Machine is designed to cut and shape stone slabs with high precision and efficiency. The working principle involves the integration of advanced infrared technology with a robust bridge saw design. Here's how it works:
Infrared Technology:
The machine uses infrared sensors to detect the edges and contours of the stone slab. These sensors send signals to the cutting blade, which adjusts its position and angle to match the shape of the stone. This ensures precise cuts that are consistent in size and shape.
PLC Control System:
The machine is equipped with a PLC control system and a touch screen interface. Operating parameters, such as cutting size specifications and moving speed, are input through the man-machine dialogue interface. The cutting process is then automated and programmed, ensuring consistent results.
Hydraulic and Motor Control:
The machine head and worktable movements are driven by hydraulic pressure. The head can tilt up to 45° around the Z-axis, and the worktable can tilt vertically up to 85°. The cutting speed is controlled by an inverter, allowing for stepless adjustment.
High-Precision Cutting:
The machine uses high-precision screw nut driving combined with ultra-high precision rotary encoders to achieve high slicing precision and cutting efficiency. The diamond disc saw blade can be adjusted to different angles, ensuring smooth and accurate cuts.
Versatile Cutting Capabilities:
The machine is capable of cutting various types of stone, including granite, marble, quartz, and limestone. It can handle different cutting tasks, from straight cuts to intricate shapes.
User-Friendly Interface:
The touch screen control panel allows operators to program and control the machine easily. The interface supports multiple languages, making it suitable for international use.
