Rotary slider mechanism | Top down assembly design in Creo Parametric

Top-down assembly approach for Rotary slider mechanism design in Creo Parametric.
In this video, we will create a Rotary slider assembly using the top-down assembly approach in Creo Parametric. We'll design all the parts related to the Rotary slider assembly within the assembly environment, following the top-down assembly design approach in Creo Parametric. Once the assembly design is complete, we will design the mechanism for the assembly. After completing the mechanism design, we can simulate the assembly to see the motion and check for any interference between the parts in Creo Parametric. So let's get started.
Join this channel to get access to perks:
/ @cadxtraining
Playlist:
• Part Design in Creo Pa...
• Complex part design in...
• Sheet metal tutorials ...
• Surfacing in Creo Para...
• Plastic Design in Creo...
• Assembly Design in Cre...
• Detailing the drawing ...
• Gear design in Creo Pa...
@CADxTraining #CADxTraining #CADx
/ @cadxtraining
/ cadxtraining
t.me/CADxTraining

[@mikemanny1533]

Yet again, another amazing insight into the capabilities of cad 3d drawing...this time using the Top-Down approach. This man is so good at this...outshines every other tutor on here or anywhere. He uses the right approach to teaching, but you have to listen carefully. One word heard wrong can lead to a lot of frustration. My fault...not his. One thing that I have noticed, though, is that when using the Pattern in copying the first Slider Part, the measurements are wildly out in my software. I had to adjust the distance to something like 367mm in order to get it to place in the assembly as you see his. Must be a bug in the software, but using trial and error, got it to 'look like' the same distance apart as his. Hope this helps anyone out there who have come across the same problemo.

[@dhananjaychauhan5143]

Very nicely explained thankyou so much

[@adityapawar6435]

After watching this video i subscribed your channel

[@JV_CNC]

Very clear explanation. Thank you Mr CADx !!!!

[@coffeeholic8278]

Learning a lot from your videos

[@rashminpatel1402]

A very good informatic video

[@alnooree2000]

Good tutorials thanks

[@Bianchi77]

Nice video, well done :)

[@niloyguha]

This isn't top-down assembly approach. Where is the skeleton part driving the mechanism?

[@DJBoyHSRawat]

Thank you so much sir 😍❤️🙏🙏🙏

[@1233312zxc]

subscribed for long ,great thanks!

[@rashminpatel1402]

Subscribed

[@asim208]

Already subscribed sir

[@zsombormolnar5375]

Good job!

[@aniketwarake4432]

This video very- very helpful for me ✨

[@k-11zone74]

Sir,

[@ababsaa]

Thanks

[@mecheng5925]

This is not top-down design, you did not use a skeleton

[@thomasanderson7562]

This is not top down design. In top down design, you define the relationship between components at the assembly level, then flow that geometry down (from the top) using skeletons, publish, and copy geometry features. This is sideways design where parts are modeled using geometry from other parts.

[@gyaneshwarnafde3398]

Subscribed