About the exploration of CNC production process
There are many ways to construct a surface. You can give a surface equation to draw a surface, give a bus and point out its motion to draw a surface. Given some spatial curves or lines that the surface is going to pass, draw smooth surfaces through these lines. Smooth smooth surfaces and so on. For irregular shape machining, the construction of curves and surfaces is very important, because these shapes must first be built on the computer before they can be processed using their functions. Using its function, first of all, according to the shape and shape of the constructed line, using its function, the computer will automatically form a data file, and then run the corresponding post-processing program according to the different operating systems of each machine tool to form the processing code program recognized by the machine tool. The program is input from the output port of the computer to the control computer of the machine tool, and the designed shape can be processed according to the program. For milling, forming or programming, given the tool shape, diameter, spindle speed, feed rate, etc., the computer will automatically perform tool diameter compensation and overcut protection, and at the same time calculate the time required for machining, and the computer can simulate machining. , that is, the tool path is displayed on the computer. This process can see whether there is an error during machining, whether the tool path is correct, and errors can be modified at any time. This avoids the machining of the workpiece caused by machining, or the empty operation of the machine. It can achieve one-axis machining depending on the shape. If you are building text at design time, you can use this feature to perform text engraving.
The system's versatile design of the graphic file type is a file, which can be converted between various kinds of software, such as the above file type. The general procedure for operations uses the general flow of operations. CNC machining technology is powerful. Although its shape is a wire frame structure and a non-solid shape, its graphic shadow processing function can intuitively represent the appearance and surface of the object. Its function can automatically form the processing code, and can simulate the machining on the calculation of the sweeping screen, visually see the path taken by the tool during the machining, and can be modified in time to avoid the work scrap caused by the malfunction of the machine tool and improve the productivity. Reduced production costs. At the same time, it solves the problem of complex shape processing and improves the processing quality of the product.
(Finish)
CNC Turning is namely Lathe machining, Lathe machining is a portion of mechanical processing.
Lathe machining is always a process that turning tools doing turning machining to a rotary workpiece. On CNC lathes, the operators or the engineers also can use drills, reamers, screw taps, threading dies and knurling tools to make relative machining work. CNC turning is usually applied to machining shafts, plates, bushings and all other workpieces which have rotary surfaces, it is a very widely application in practical mechanical manufacturing.
CNC turning can be divided into rough turning and finish turning, rough turning is for the purpose of machining with big cutting depth and big feed rate, to improve the machining efficiency. However, the precision of rough turning can only be grade IT11, the surface finish can only be Ra 20-10um. On the contrary, semi-finish machining and finish machining usually can only apply high speed but small feeding rate and cutting depth. In this condition, the machining accuracy can be up to grade IT10-7, the roughness can be Ra10-0.6um.
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