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13-Aquamarine
November 27, 2025
Solved

how do I create tab and slot type connections

  • November 27, 2025
  • 1 reply
  • 581 views

Is there a better way to create tab and slot plate connections than manually drawing every line? I hope there is some technique where a tab can be replicated arrayed and then slots automated in the mating part. Boolean cut works but with this I don't have the option for clearance or dog bones. 

Best answer by tbraxton

Sketch pattern functionality is not available in Creo and for good reason. The patterns are available at the feature level and can absolutely be used to ..."draw one rectangle of the appropriate size for the length of joint then pattern it appropriately to divide up the space." if that is how you want to control your design.

 

You need to consider the design intent as well as your workflow to set this up for maximum advantage, but Creo is extremely capable and customizable. To do this effectively you have to obtain an understanding of the available functions and understand parent/child behaviors etc.

 

In your case I would create a udf for the tab/slot pairs; one UDF for the tab and one for the corresponding slot. Build these UDFs such that they can be placed with only the selection of a CSYS in the target model.

In each model requiring the tab/slot you would place a csys in the part that will locate/orient each instance of the UDF. If there are multiple tabs/slots along an edge of the part use patterns to distribute the required csys features along the edge with the proper spacing. Then you place the UDF using the lead member of a pattern and then use reference pattern to replicate the UDF on all of the members of the pattern.

 

It is possible to map the locations between parts via a skeleton model and or the use of a notebook such that you can locate the slots on one part to align with the tabs on a parental reference part if you are clever about it.

1 reply

tbraxton
22-Sapphire II
22-Sapphire II
November 27, 2025

These are some techniques that would be applicable. You can create a sketch pattern where a csys is placed at every location where a tab/slot is needed and then pattern (reference pattern option) one tab or slot using the sketch to generate the required features. You can also create UDFs for the tab and slot so that you can retrieve it from a library as it is needed. A notebook (.lay) file could also be used to manage some aspects of the interface if needed.

 

Check out this video from on how to use sketch patterns.

https://youtu.be/J3dGaBA9l6U 

anthonyws13-AquamarineAuthor
13-Aquamarine
November 27, 2025

Thanks for the video. That certainly is a method. I can see where that would be useful, and not just for this example. I can see a large library of rectangular sketch pairs, one for the tab and a slightly larger clearance sketch for the slot for all the different plate thicknesses and tab lengths. 

It could certainly become quite the undertaking.

 

I wish there was sketch pattern function, draw one rectangle of the appropriate size for the length of joint then pattern it appropriately to divide up the space.

 

The ultimate dream; like stitch/interrupted weld tool, define tab size and spacing in the assembly and it uses a boolean cut plus clearance/dogbone.

tbraxton
22-Sapphire II
tbraxton22-Sapphire IIAnswer
22-Sapphire II
November 27, 2025

Sketch pattern functionality is not available in Creo and for good reason. The patterns are available at the feature level and can absolutely be used to ..."draw one rectangle of the appropriate size for the length of joint then pattern it appropriately to divide up the space." if that is how you want to control your design.

 

You need to consider the design intent as well as your workflow to set this up for maximum advantage, but Creo is extremely capable and customizable. To do this effectively you have to obtain an understanding of the available functions and understand parent/child behaviors etc.

 

In your case I would create a udf for the tab/slot pairs; one UDF for the tab and one for the corresponding slot. Build these UDFs such that they can be placed with only the selection of a CSYS in the target model.

In each model requiring the tab/slot you would place a csys in the part that will locate/orient each instance of the UDF. If there are multiple tabs/slots along an edge of the part use patterns to distribute the required csys features along the edge with the proper spacing. Then you place the UDF using the lead member of a pattern and then use reference pattern to replicate the UDF on all of the members of the pattern.

 

It is possible to map the locations between parts via a skeleton model and or the use of a notebook such that you can locate the slots on one part to align with the tabs on a parental reference part if you are clever about it.