New function of NX1926: Heidenhain’s original ecological rough output

NX1926 new features

I posted an article before the output of the blank, referring to the previous (How to output the solution of the blank in NX post-processing), using NX to model the size of the blank, in 1926, it is obvious that this function is revolutionary. Why? Because it conforms to the programming habits and the meaning of the parameters, there is no need for other functional areas to replace or plug-in assistance.

The previous version has not had these variables, NX1926 is finally available in this version, it is worth upgrading and exploring!

2: What is the variable

$mom_blank_geometry_type The type of blank
1 Geometry
2 Part paranoia
3 Tolerant and fast
. . . . . . And so on
The following containment block variables
The size of the blank
$mom_blank_block_length The length of the blank
$mom_blank_block_width The width of the blank
$mom_blank_block_height The height of the blank
Center difference of the blank
$mom_blank_block_center(0) X direction
$mom_blank_block_center(1) Y direction
$mom_blank_block_center(2) Z direction
The following contains cylindrical variables
Blank size
$ mom_blank_cylinder_diameter cylinder diameter
$mom_blank_cylinder_height The height of the cylinder
Rough center
$mom_blank_cylinder_center(0) The difference between the center of the part and the center of the cylinder (X)
$mom_blank_cylinder_center(1) The difference between the center of the part and the center of the cylinder (Y)
$mom_blank_cylinder_center(2) The difference between the center of the part and the center of the cylinder (Z)
Cylinder vector direction (I J K)
$mom_blank_cylinder_feature_vector(0) the vector direction of the cylinder
$mom_blank_cylinder_feature_vector(1) The vector direction of the cylinder
$ mom_blank_cylinder_feature_vector(2) the vector direction of the cylinder

With the above variables, it can be completed by doing some simple calculations. It conforms to the HEIDENHAIN system’s containment block blank and cylindrical blank type, and it is also possible to achieve seamless output.

And fortunately, this variable can be read directly in the program header, you know, there is no need to rewrite the file.

3: The adjustment method of the parameter interface that is not set in the interface

Of course, currently NX1926 needs to do some simple settings before you can do this, otherwise you won’t see this interface

Set as follows

Close NX, reopen it, go back to processing, select the containment block, you can see these parameters
Rough component parts
Original value blank
Change value blank assembly part

The post-processing aspects are not introduced one by one here, please refer to the previous article and the output is similar! For multi-version compatibility, just check this variable! Other systems are similar.
If there is anything wrong, please leave a message below!

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