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1. Advanced cutting technology
Using CNC plasma cutting technology, high-temperature plasma arc is used to melt and blow away the metal, which can achieve high-precision cutting. For example, by accurately controlling the energy and stability of the plasma arc, the cutting surface can be smooth and the incision width error can be controlled within a very small range. In addition, laser cutting technology is also commonly used in Metal Shear. The laser beam energy is highly concentrated and can melt or vaporize metal with extremely high precision. The cutting accuracy can reach the millimeter or even micron level, which is particularly suitable for cutting delicate metal parts.
2. High-precision transmission system
Metal Shear is equipped with a precision ball screw and linear guide transmission system. The ball screw has the characteristics of high precision, high efficiency and high rigidity, and can accurately convert the rotational motion of the motor into linear motion to ensure the position accuracy of the cutting head during movement. The linear guide provides a smooth and precise motion guide for the cutting head, reducing the shaking and deviation during the movement, making the cutting path more accurate.
3. Intelligent control system
The control system is the key to Metal Shear's high-precision cutting. It uses advanced algorithms and sensors to monitor various parameters in the cutting process in real time, such as cutting speed, cutting current, plate thickness, etc. According to these parameters, the control system automatically adjusts the cutting parameters to meet different cutting requirements. At the same time, the control system also has an automatic compensation function, which can compensate for errors in the cutting process in real time to further improve cutting accuracy.
4. Accurate positioning system
Metal Shear usually uses optical or mechanical positioning systems to accurately determine the starting position of cutting and the position of the workpiece. The optical positioning system uses cameras and image processing technology to quickly and accurately identify the marks or contours on the workpiece, thereby determining the starting point and path of cutting. The mechanical positioning system uses precise positioning pins, clamps and other devices to fix the workpiece in the exact position to ensure the position accuracy of each cut.
