This is a good description, but I found that it works better for 3D printing to make the angle of the threads to be 45 degrees so you don't need any support material supporting the threads. It's no longer a standard thread, but you are probably printing the mating parts so it's easy to make them the same.
You mean a triangle but with 45 degree corners? I'll have to try this out when I make threaded parts for my desk accessories! I appreciate your feedback!
That is amazing! 3D printing really opens up the world for what is possible for people to create at home! I’m glad I was able to help you on your journey!
When choosing the helix tool, the first option is "input type". You can change that to pitch and then near the bottom of the user input box you can choose your "target pitch".
The channel actually is not monetized at the moment but it was 6 years ago when the rules were different. Once the channel hits the 4,000 watch hours again we’ll be able to apply for monetization. Thanks for your support! We’ll get there soon!
@@RyanTuscher I'm a little slow and not to bright. Watching this on repeat trying to figure out internal threads should help you get to the 4k hours watched time. I get the sweep, but constraining it properly for the actual threading is causing me grief. Regardless, I hope your channel takes off. I appreciate the content.
Ironically I went to 1.5 speed because I find these sorts of videos have a lot of "waffle" (i.e. explaining things I already know not that the presenter is actually waffling on!)
Thanks for trying to explain. You know exactly what to do, however, you are using keyboard shortcuts and not mentioning it, and going WAY too fast for a training video. I've been replaying parts of this video over and over and still can't get it right. Hope this comes over as constructive criticism. Thanks for the video.
@@Pappagar there is a thread feature for ANDI standard. The crappy thing is it only does male threads. You can insert threads in a hole in onshape which is kinda wack.
What kind of 3D printer objects will you make with threads now? I’ve got some projects in the works using my Snapmaker 2.0!!
This is a good description, but I found that it works better for 3D printing to make the angle of the threads to be 45 degrees so you don't need any support material supporting the threads. It's no longer a standard thread, but you are probably printing the mating parts so it's easy to make them the same.
You mean a triangle but with 45 degree corners? I'll have to try this out when I make threaded parts for my desk accessories! I appreciate your feedback!
Yes! The 45 degree overhang doesn't need any support material where a shallower angle needs supports.@@RyanTuscher
yo... awesome... this is so straight forward. Just got my P1S and like a kid in a candy store making stuff!
That is amazing! 3D printing really opens up the world for what is possible for people to create at home! I’m glad I was able to help you on your journey!
This was perfect! Can't believe it took me soo long to find this! Thank you for your video!
Thank you! This is exactly what I needed.
How do you get the thread to merge nicely at the start? There is like a bit jutting out of the end and not a smooth start to it?
Have they changed the helical tool? I don't see a pitch option
When choosing the helix tool, the first option is "input type". You can change that to pitch and then near the bottom of the user input box you can choose your "target pitch".
Great --- Thanks
Hi Ryan. You said in a different clip, you've monetised your channel. I can't see where to contribute. How do we help you?
The channel actually is not monetized at the moment but it was 6 years ago when the rules were different. Once the channel hits the 4,000 watch hours again we’ll be able to apply for monetization. Thanks for your support! We’ll get there soon!
@@RyanTuscher I'm a little slow and not to bright. Watching this on repeat trying to figure out internal threads should help you get to the 4k hours watched time. I get the sweep, but constraining it properly for the actual threading is causing me grief. Regardless, I hope your channel takes off. I appreciate the content.
Are there any feature scripts you would recommend for adding threads?
Could you show how to make threads on an offset plane. Also hod do you know the minor diameter
Shouldn't the thread be perpendicular to the helix?
The thread profile does start perpendicular to the helix on the plane that lines up with the point.
so then what's the point of the "external thread" tool in onshape? I haven't gotten it to work
Instead of creating the nut manually, can we just boolean with the bolt?
Quick tip: change video speed in youtube settings to .75 (3/4 speed) so you can follow along.
Ironically I went to 1.5 speed because I find these sorts of videos have a lot of "waffle" (i.e. explaining things I already know not that the presenter is actually waffling on!)
Thanks for trying to explain. You know exactly what to do, however, you are using keyboard shortcuts and not mentioning it, and going WAY too fast for a training video. I've been replaying parts of this video over and over and still can't get it right. Hope this comes over as constructive criticism. Thanks for the video.
What parts did you miss? I’ll try and add some clarification here for you!
@@RyanTuscher It's ok, thank you. Forced me to think a bit (and learned some keyboard shortcuts) . At least you prompted me in the right direction.
wow... this program hasnt figure out ho w to make proper threads yet.... Obsolete
Onshape made a thread feature last year. You can make ANSI threads with TPI and diameter. Works well.
its good at a lot but not threads. in the lords years 2024 thats unforgivable
@@Pappagar there is a thread feature for ANDI standard. The crappy thing is it only does male threads. You can insert threads in a hole in onshape which is kinda wack.
too quick, slow down
Thanks for the feedback! I’ll work on this for future videos. :)
@@RyanTuscher I actually played at 1.5 speed because there was a lot I already knew lol
Next time please, speak a Litlle more slow.