How to mark models with artikelnumber
Posted: Fri Mar 03, 2023 1:19 pm
What method do you use to label parts with the part number / artikelnumber?
I have considered and tried the following methods.
1. text as cut out
2. text as separated surface /split line
3. text as sketch
4. text as planar surface
Each of the possibilities has advantages and disadvantages:
1. cut out:
Advantage:
Can be stored completely as a library feature.
Lettering also readable in 3D printing process
Immediately visible on the drawing without further work steps.
In the drawing, dimensions for text position and text height can be added.
Visible in Step model
Disadvantage:
Bad for performance (can be eliminated with configuration drawing representation, but this again brings risks).
Additional surfaces and edges that could be accidentally selected when linking or measuring.
2. separated surface
Advantage:
Does not create quite as many geometry triangles as cut out, but still too many.
Not visible through the model
In the drawing, dimensions can be added for text position and text height
Disadvantage:
Not suitable for 3D printing.
Can destroy existing mates in the assembly because the surface ID changes.
In orthogonal drawing views only visible if tangential edges are displayed.
Not visible in Step model
3. sketch
Advantage:
Can be stored completely as a library feature.
No influence on the number of geometry triangles
Display of the label with a single line font
No additional edges and faces that can be accidentally selected when linking or measuring.
Disadvantages
In the drawing the visibility of the sketch must be activated in the feature manager that it is displayed in the view.
In the 3D Model, the sketch shines through the models, which is very annoying when there are a lot of labels. (Can also be solved again with
configuration).
Not suitable for 3D printing.
In the drawing no dimensions for text position and text height can be added.
Not visible in Step model
4.planar surface
Advantages:
Less influence on the number of geometry triangles.
Not visible through the model
In the drawing, dimensions for text position and text height can be added.
Visible in Step model (if created with offset)
Disadvantage
Cannot be stored as a library feature.
Surface must be imported in the drawing as model items to be visible
The surface must be created with an offset to the surface it is on, otherwise there will be problems when displaying with hidden edges.
I have created all four methods each as a separate configuration of a component and have compared the four methods in an assembly in terms of performance with each other. interesting that the rebuild time for <split surface> is higher (0.25) than for <cut out> 0.172 although <cut out> has almost twice as many geometry triangles
Does anyone know of any other possibilities methods? Which method do you use and why did you choose this method?
I have considered and tried the following methods.
1. text as cut out
2. text as separated surface /split line
3. text as sketch
4. text as planar surface
Each of the possibilities has advantages and disadvantages:
1. cut out:
Advantage:
Can be stored completely as a library feature.
Lettering also readable in 3D printing process
Immediately visible on the drawing without further work steps.
In the drawing, dimensions for text position and text height can be added.
Visible in Step model
Disadvantage:
Bad for performance (can be eliminated with configuration drawing representation, but this again brings risks).
Additional surfaces and edges that could be accidentally selected when linking or measuring.
2. separated surface
Advantage:
Does not create quite as many geometry triangles as cut out, but still too many.
Not visible through the model
In the drawing, dimensions can be added for text position and text height
Disadvantage:
Not suitable for 3D printing.
Can destroy existing mates in the assembly because the surface ID changes.
In orthogonal drawing views only visible if tangential edges are displayed.
Not visible in Step model
3. sketch
Advantage:
Can be stored completely as a library feature.
No influence on the number of geometry triangles
Display of the label with a single line font
No additional edges and faces that can be accidentally selected when linking or measuring.
Disadvantages
In the drawing the visibility of the sketch must be activated in the feature manager that it is displayed in the view.
In the 3D Model, the sketch shines through the models, which is very annoying when there are a lot of labels. (Can also be solved again with
configuration).
Not suitable for 3D printing.
In the drawing no dimensions for text position and text height can be added.
Not visible in Step model
4.planar surface
Advantages:
Less influence on the number of geometry triangles.
Not visible through the model
In the drawing, dimensions for text position and text height can be added.
Visible in Step model (if created with offset)
Disadvantage
Cannot be stored as a library feature.
Surface must be imported in the drawing as model items to be visible
The surface must be created with an offset to the surface it is on, otherwise there will be problems when displaying with hidden edges.
I have created all four methods each as a separate configuration of a component and have compared the four methods in an assembly in terms of performance with each other. interesting that the rebuild time for <split surface> is higher (0.25) than for <cut out> 0.172 although <cut out> has almost twice as many geometry triangles
Does anyone know of any other possibilities methods? Which method do you use and why did you choose this method?