The docking between Beijing precision carving and in-line machining is usually achieved by computer numerical control (CNC) software. The CNC software receives the design file from the engraving machine, which contains the engraving tool path and machining parameters.
The CNC software then generates G-code instructions for in-line processing machines. The G-code instructions contain detailed instructions that the in-line processor needs to perform the machining task, such as the tool path, speed, and feed rate. In this way, the process of engraving and in-line processing can be seamlessly connected to ensure the high precision and efficiency of the workpiece.
The method is to import the graphics data into the software, process and edit through the software, convert the graphics into the path that needs to be processed, and send the path to the CNC machine tool for CNC processing.
When docking, it is necessary to pay attention to factors such as processing methods, processing accuracy and processing materials to ensure processing quality and efficiency. At the same time, it is necessary to pay attention to the scope of application and precautions of different processing methods, and choose the appropriate processing methods to improve efficiency and reduce costs.