High-speed CNC engraving and milling machine industry analysis and system function
High-speed CNC engraving and milling machine industry analysis: along with the high-speed CNC engraving and milling machine applications continue to expand, expanding the size of its market. Not only consumer electronics spare parts manufacturing, small precision mold manufacturing, metal products, furniture manufacturing and other industries become an important tool of machine tool. In the high power LED aluminum plate, craft gifts, metal electrodes, metal glass frame processing, etc, also begin to use high-speed CNC engraving and milling machine. How would the movement function? High-speed CNC engraving and milling machine 4 big movement system function 1. High-speed CNC engraving and milling machine can be understood as doing fine carving, but also can make cutting, etc. Specifications from 1 mm props 16 mm, length is 50 to 80 mm. Machine design pays attention to heavy load, frame rigidity, large travel Z axis, so not only can do the work of small engraving machine, can also be cut thick plate. 2. General high-speed CNC carving and milling machine tool demand movement system has a high speed operation, high-speed communication, fast interpolation, spindle high-speed operation, precise positioning, the high resolution testing and numerical control servo control and so on. 3. Only in high speed CNC carving and milling machine tool motion control system to achieve a variety of interpolation motion can be controlled to realize complex shape parts processing. Here refers to a variety of interpolation motion control such as straight line interpolation, arc interpolation, continuous interpolation, etc. 4. In addition, the control system must has the good ability of movement speed control and speed preview function. So as to ensure the machine more than high-speed CNC engraving and milling machine in the stop, start, and can effectively avoid the impact of processing, out of step, trembling. And in the process of driver can correct motion to the specified location.