Fully automatic fiber cutting machine manufacturers use CAD software to assist processing technology
In addition to having a special storage location for Taiwan-group automatic fiber cutting machine manufacturers, they also need to conduct regular inspections and maintenance like the instruments and equipment for training and teaching. If they do not meet the national safety standards, they must immediately rectify them. The mechanical training safety of vocational colleges is the same as the production safety of industrial enterprises. Both involve personal and equipment safety. To achieve no accidents or fewer accidents, on the basis of reference to the enterprise and management, to formulate a safety responsibility system that meets the actual situation of the company and to implement these is an important means to ensure the safety of training. The flame table group automatic fiber cutting machine manufacturer machine is mostly used for cutting medium and large thickness carbon steel. The reason is that the cutting cost is low, but it has the disadvantages of large cutting deformation, low precision, and low cutting speed. Therefore, the application is mainly limited to the cutting of medium and large thickness plates of carbon steel. In order to improve the accuracy of this group of automatic fiber cutting machine manufacturers, we usually use CAD software to find out by approximate discrete method or drawing method, but these methods make or calculate approximate curves. In the actual processing process Large errors will occur in the process, resulting in deviations when the pipe is butt or mitered, and it is impossible to make the two workpieces close together, and the gap during welding is too large, causing the workpiece to be scrapped. Let’s introduce the realization of drawing and output of intersecting lines through Solidworks software. For single-boom portal cranes, the boom mostly uses seamless steel pipes as the structural material. Then the steel pipe and the steel pipe are due to the angle, position, The difference in pipe diameter leads to irregular connections at the pipe connection parts. So we want to make the pipes fit tightly, or to achieve a gap between the pipes that can be welded. We will cut the left edge of the pipe to be the part that needs to be welded to the main pipe after the pipe is cut at node A. We use this as the walking route for our cutting torch. Save the expanded view as a drawing mode. Delete the unnecessary lines on the remaining three sides.
The automatic optical fiber cutting machine manufacturer of Taiwan group obtains the spline curve at this time, because the automatic optical fiber cutting machine manufacturer of our factory can only read the polyline If there is a curve in the form, then we need to explode this curve to get a polyline curve. Select this curve and click the automatic sorting as shown in Figure 5, or manually sort to get the path, and output the file to generate a 1.hex file, which is used to input into the CNC station group automatic fiber cutting machine manufacturer system. Compare the manual, CAD software and solidworks software's CNC processing technology. Manually complete the CNC processing technology, and the programming step manually complete the CNC process analysis of the parts processing. Pipe fitting drawings; make overall process decisions; make parts process decisions; preliminary selection of required processing routes; The process parameters calculate the cutting torch trajectory coordinate data; calculate the required processing route; write the numerical control processing program sheet; verify the program; determine the processing route; manual programming; input system; process the pipe fittings according to the program. The advantages are mainly used for processing when the pipe diameter is the same and the two pipes are perpendicular to each other, the calculation amount is small, the number of program segments is limited, and the programming is intuitive and easy to implement. Disadvantages For pipe fittings with different pipe diameters and irregular angles, the calculation of the torch trajectory data is quite cumbersome, the workload is large, it is extremely error-prone, and it is difficult to proofread, and some can even be impossible to complete. Use CAD software to assist in completing the machining process.
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