YouTubeLink Cutting Profile

The CUSTOMTOOLS Cutting Profile feature is used to generate cutting sheet from the part referenced in the selected drawing view. If any view is not selected while the CUSTOMTOOLS Cutting Profile is executed, the Cutting Profile generates cutting sheet which have all individual parts in drawing included. Different files, and the different model configurations of the same file are the unique factors used by the Cutting Profile in that case.

The cutting sheets generated with the CUSTOMTOOLS Cutting Profile feature could be used to cut the parts to their desired shape with a laser cutting device for example.



The following drawing sheet features and operations apply to the sheets generated by the Cutting Profile feature:

NOTE: Detached drawings are currently not supported by the CUSTOMTOOLS Cutting Profile feature.

The flat view in a drawing's cutting sheet created by the Cutting Profile, references to the SMFlatPattern model configuration which is created automatically to the referenced model if it does not already exist. For that reason the referenced model should be saved before running the Cutting Profile command against the drawing.

Because of the new configurations' creation to the referenced models, the models processed by the Cutting Profile operation are opened during the process and they become unsaved. The unsaved models are left open after the operation to indicate the user to save the unsaved changes in them. If the referenced models are already open during the Cutting Profile process, they are just left open to indicate the user to save the unsaved changes. In these cases the unsaved changes are the new configurations created by CUSTOMTOOLS.

The following pictures describe how the Cutting Profile works in practise:

Sheet1 DXFSheet
This picture represent a measuring sheet of the drawing created from a bended sheet metal plate which have holes on the bended sides. This picture is taken from DXF Sheet generated by the CUSTOMTOOLS Cutting Profile feature.

When performing the Cutting Profile command to a drawing that already has a sheet created by the Cutting Profile, you get prompted whether you want to append or overwrite the existing sheet.

Append Appends the existing sheet by adding another instance of the part into the existing sheet created by the Cutting Profile.
Overwrite Creates a new sheet to be used with the CNC machine by replacing the existing sheet created by the Cutting Profile.
Cancel Cancels the Cutting Profile action. The DXF sheet is not created or the existing DXF sheet is not removed on the operation cancellation.

Drawing sheet generated by CUSTOMTOOLS Cutting Profile feature is not used to be modified by the user. The sheet which was active while the Cutting Profile operation was started, is left as the active sheet once the Cutting Profile operation is finished.

Multibody parts are not supported by the CUSTOMTOOLS Cutting Profile feature. To make the dxf files with the flatten views from your multibody parts, please use the CUSTOMTOOLS Print/Convert feature in the File Conversion mode.

The Cutting Profile feature consider special holes in components like the countersunk holes and the holes that has other special features like a chamfer, a fillet or a draft applied. The special features are handled so that only the cut-out of the hole itself is marked in the drawing sheet created. Outer bounds of the holes' special feature (countersunk, chamfer, fillet, draft) are not included in a hole marking in the sheet created by the Cutting Profile feature.

NOTE: The Cutting Profile feature consider inlays in components that are not supposed to be cut through the plate also as holes. Inlays considered as holes could cause mistakes while cutting the plates using the cutting machines. The user need to consider this while using the Cutting Profile feature.



Send Feedback


Related Topics

Setup the Cutting Profile feature in CUSTOMTOOLS options
Setup batch file conversion rules using the CUSTOMTOOLS File Conversion rule editor
Use the Print/Convert feature to generate dxf files with the flatten views from the multibody parts