How to optimize laser cutting path to improve processing efficiency?

Path optimization is the key to improving production efficiency and reducing costs. First, use the automatic nesting function of CAM software (such as the Nesting module) to arrange multiple parts compactly to reduce material waste. For example, for parts with irregular shapes, the common edge cutting technology is used, and adjacent contours share the cutting line, which can save about 15% of time. Secondly, adjust the cutting order, give priority to small holes and complex contours, and then cut large contours to avoid heat accumulation and material deformation. In addition, it is crucial to reduce empty strokes (i.e., the movement of the laser head when it is not emitting) - by setting the "nearest connection" path, the laser head jumps to the next starting point at the shortest distance after completing a cut. For batch processing, it is recommended to process materials of the same thickness in a centralized manner to avoid frequent parameter adjustments. Finally, update the device firmware regularly. Some new control systems support "real-time acceleration optimization" and can dynamically adjust the axis speed to further improve efficiency.