CNC engraving technology is the result of the combination of traditional engraving technology and modern numerical control technology. It inherits the traditional, exquisite, lightweight and flexible operation features, and utilizes the automation technology in modern CNC machining to organically combine the two. An advanced engraving technique. All of these technologies are ultimately converted to true production capacity through CNC engraving machines. CNC engraving machine integrates computer-aided design technology (CAD technology), computer-aided manufacturing technology (CAM technology), numerical control technology (NC technology) and precision manufacturing technology. It is the most advanced engraving equipment and represents the most advanced engraving technology. . The use of CNC engraving technology and CNC engraving machines has become a trend in the engraving industry.
Many people have heard of the engraving machine, but it is still relatively unfamiliar to the engraving and milling machine. The engraving and milling machine can be engraved or milled. It is a high-efficiency and high-precision CNC machine tool, which makes up for the inability of the engraving machine to process harder materials. Disadvantages. The most common ones are high-speed engraving and milling machines, high-speed CNC engraving and milling machines. This kind of engraving and milling machine utilizes the general method of numerical control processing, which highlights the advantages of numerical control processing, and processes the rolling type mold which can meet the anti-counterfeiting requirements, which greatly improves the efficiency.
Compared with other processing equipment, CNC engraving and milling machine tools such as high-speed engraving and milling machines have the following characteristics:
1. High reliability: Due to the increased integration density of the summary lines, the hard parts of the numerical control and drive components are reduced, and the solder joints, the connection points and the external continuity are significantly reduced, so that the failure rate is greatly reduced.
2, strong flexibility: Because the CNC system hardware is universal, standardized, for the control requirements of different machine tools, only need to change the system control program in the programmable read-only memory. At the same time, due to the modular structure, it is also convenient to expand the system functions.
3. Adaptability: The adaptor is the so-called flexibility, which is the adaptability of the index-controlled machine tool to change with the production object. Product processing on CNC equipment, when the product changes, just change the input program of the numerical control equipment, can adapt to the production needs of new products. Without changing the hardware of the mechanical part and the control part, and the production process is automatically completed. . This feature not only satisfies the market competition needs of the current product update, but also solves the problem of automated production of single-piece, small-batch, and multi-variable products. Adaptability is the most prominent advantage of numerical control equipment, and it is also the main reason for the rapid development of numerical control equipment.
4. Mechatronics: After adopting a very large-scale integrated circuit, the CNC cabinet is reduced in size, using a programmable interface, and s, M, T (spindle transfer control, auxiliary functions and tool parameters) are sequentially controlled to partially control the logic circuit. The Nc device is combined into one, so that all the control boxes enter the inside of the machine, which reduces the floor space and facilitates the management of the equipment.