数控等离子切割机割缝设置技巧CNCplasmacutting
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关于数控等离子切割机割缝补偿量的大小,还需要考虑割缝大小及后续加工所需预留量。需要综合考虑切割方式、切割厚度以及切割速度,一般来说,火焰切割针对10mm以上资料和数控等离子 Regarding the size of the seam compensation amount, it is necessary to consider the size of the slit and the amount reserved for subsequent machining. Cutting method, cutting thickness and cutting speed should be considered comprehensively. Generally speaking, flame cutting is for data above 10mm and CNC plasma 针对6mm以内资料,选择适宜速度前提下,其割缝宽度约在2mm左右,其弥补量可以在1-2mm较为合适。 For the data within 6mm, under the premise of selecting the appropriate speed, the slit width should be about 2mm, and the amount of compensation should be about 1-2mm.
其顺序的先后也是存在一定讲究的总体来说,首先是对切割轨迹线的顺序及方向安排。存在内外轮廓切割的零件图形与只存在外轮廓切割的零件图形在轨迹行走方向是存在区别的关于这个切割方向的设定主要根据板面保管局部来决定;另外如果板面存在多零件的切割下料。为了减少热变形等因素的影响,板面切割顺序依照先小后大、先里后外的顺序统一布置。 In general, the first is the order and direction arrangement of the cutting track line. The part graphics with internal and external contour cutting are different from those with only external contour cutting. The setting of this cutting direction is mainly determined by the partial storage of the board. In addition, if there are many parts of the cutting cutting. In order to reduce the influence of thermal deformation and other factors, the cutting order of the plate surface shall be arranged in the order of first small and then large, first inside and then outside.
所有线段都是实际零件的轮廓线,其实是切割辅助线的设计。一个待切割零件的图形如果单从切割角度来说。为了使切割下来的零件满足图纸要求,需要在原来图形的基础上,添加有关切割工艺的辅助线,如给出起火点位置、切割的顺序等,因此,需对惯例图形进行切割工艺制作,类似切割引线等辅助线的设计往往根据需要保存的局部来安排。 All line segments are the contour lines of the actual parts, which are actually the design of cutting auxiliary lines. A graph of a part to be cut from the cutting point of view only. In order to make the cut parts meet the drawing requirements, need on the basis of the original graphics, add the relevant auxiliary line of cutting process, such as flash point position is given, such as the order of the cutting, therefore, need to cut craft production of custom graphics, such as cutting wire guides design often arranged according to the need to save the local.
切割零件的内外轮廓轨迹处置对于最终的切割质量将发生直接影响,以数控 Cutting parts of the internal and external contour trajectory disposal will have a direct impact on the final cutting quality to CNC 的工作方式来看。一般所说的切割工艺处置正是基于数控割炬行走方式设定的最优路线。 The way it works. General said cutting process disposal is based on the numerical control torch walking mode set the optimal route.
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