The direction of wire-cutting workpiece processing is mainly determined by the direction of the XY coordinate axis of the wire-cutting machine tool, the direction of the programming control interface graphics, and the direction of the workpiece clamping, only when these three directions are consistent, the direction of wire-cutting processing is correct.
It is a basic requirement that the programmed graphic coordinates and the table mechanical coordinates correspond to each other, that is, to ensure that the trajectory direction and the workpiece clamping direction are the same, so as to avoid the wrong direction to cut the mold or workpiece scrap.
wire-cutting workpiece
Common wire cutting machine tools are only supported but the coordinate system processing, that is, the system control processing interface only one coordinate system, and the processing of graphics trajectory on this coordinate system, then how to confirm the system control interface coordinate direction and mechanical coordinate direction consistent with the processing?
First of all! Programming when we face the system when the system coordinate system corresponds to the machine coordinates and we face the machine table crank direction, that is, the normal threading operation when facing the Y-axis crank direction.
From this we can determine whether the graphics and machine coordinates are the same direction.
After confirming the graphic coordinates and machine coordinates, we can rotate the graphic direction on the coordinates according to the actual clamping situation of the workpiece, as long as we make sure the actual processing direction of the workpiece is right after clamping.
In this way, we can quickly and accurately determine whether the orientation of our workpiece clamping and programming graphics coordinates are consistent.
