Striations on the cutting edge are caused by many things , large "flats" are caused by bad interpolation of curves , smaller "bite" type striations are caused by motion slop in the system , but general striations are caused by a combination of air assist and melt/resoldify issues
The air assist does 2 things , 1 : stop flaming , 2: eject the melt through the kerf. In doing so it cools the cut and thus sometimes promotes resolidification of the cut surfaces and thus leads to striation effects. Not much you can do about it barring slowing cutting speed and fiddling with your pulse per inch setting , direction of air assist (if you have a seperate nozzle) and air assist pressure.


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