SolidWorks Tutorials- Bolt and Nut, ISO Standard M6 thread - Suitable for 3D Printing | SolidWorks
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- Опубліковано 19 січ 2017
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SolidWorks Bolt and Nut with real thread tutorial for beginners. In this video, you will learn how to design a realistic M6 thread bolt and a suitable nut that can be printed and work via a 3D printer.
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Hi, my name is Ryan and I am the owner of SolidWorks Tutorials. A channel that I founded in 2011 out of my passion for SolidWorks and teaching it to others. I also own a website where I post weekly premium and unique tutorials for most beginners and intermediates. You can check them out by going to the links below.
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Thank you very much for watching my videos. I am doing this for you and your feedback motivates me to do better and more for you. Hope to see on the website.
Ryan
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I'm self-taught in Solidworks and I've been trying to learn how to draw threads on my models. I think I've watched a dozen different videos on this subject and what I've discovered is that there appears to be many different ways to draw threads in Solidworks. There are certain elements of this proceedure that are similar from one video tutorial to the other but the manner in which each different UA-cam author goes about drawing threads seems to be a personal preference sort of thing rather than a standardized procedure.
I just about had it figured out on my own through trial and error but, I could never quite get it to work for me. Your video is the closest I've come to finding a way similar to the way I was attempting to draw threads on my models. I guess I'll have to watch this video a dozen more times so that it finally makes enough sense to me to be able to get it to work on my models.
A major stumbling block for me with all of the videos I've watch on drawing threads in SolidWorks is that they have all been done using metric measurements. I know it's basically the same when using inch measurements but, to me it just adds one more element of complication to the whole process. Another thing that complicates things for me is that I'm using an older version of SolidWorks. (Version 10)
At any rate I just wanted to thank you for posting this video. It's encouraging to know that I came close on my own in figuring out how to draw threads in Solidworks.
I had to watch this a dozen times to get it right but god it was so cool to control every step of those thread. This video is freaking underrated. Perfect teaching :)
Glad it helped!
I was doing this today and wanted to check my methodology so came here. Got to say the boss instead of another sweep cut is a nice touch. Love it 👌
This video is amazing, thank you! Your voice is like warm butter. :)
very helpful! glad you're uploading videos again
This lecture means a lot for me to learn.. Thank you so much.
One billion thanks for this video. Thanks again.
Finally, I made it. Thanks for tutorial!
Beautiful tutorial !
Thanks for the explanation.
very nice tutorial for beginners. thanks
Good Tutorial, great details, thank you!
Worked perfectly.. Thank you..
Loved this tutorial. Soothing voice. Hope you get live sometime. Thanks.
Are you from Russia?
Thanks, well explained, helped me alot
Very Helpful Tutorial.
Thank you, helped me alot!
Thanks for sharing this tutorial with us!
you are welcome
Thanks for a well-done tutorial. One question - shouldn't the diameter be a bit less than 6mm nominal for the bolt?
hi,promulgator ,why i follow you do,but when i am examining of interference , the interference exist in threads.so do you help me creat a assembled bolt about no interference? Thank you very much.
thank you!
liked it, i prepare to design it on my channel
Thank you very much,help me alot
Happy to help
Thank you
If you do not mind. May you give me the specific formula to create the thread. Thanks for your video. I am from VN.
Fantastic job!
hey great video just a queston can't make the nut with the thread feature? or when we create the bolt ze have to made the nut for it?
yes you can! there are always more than one way to get the job done
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That persian accents 🙂Nice one ,thanks for sharing
Tutorial is very well put together however I have run into an issue of where sweep cut fails to cut the part. I produces an error I could not get it work. Screw worked just fine but the nut didn't seem to budge. any ideas?
Edit: Using SW 2020
Dang, making threads is SO MUCH easier in Fusion 360
Very good thank you
you are welcome
excellent video. however, did you intend to make the parts interference fit? that seems like it would be hard to turn the nut on the bolt.
I did. It's true you can do different fits based on the tolerance of your printer
Am in love
awesome
The profile nailed me
but did you finally nail it?
how you make the helic shadow disappear at 5:11, i still have even after the drawing finish.
top middle corner on the view tab next to the scene background button
jeez! it's a solidworks tutorial guys! chill about this girl lmao
bring back Ryan lol
Lol, "I'll be back! "
Keep it up
Finally found a 3d printed model that works wth real nuts!!
yes! it does
and if you still want a smoother transition, run a thread cutter over your 3D printed threads once more
Allow me to tell you, You are awesome 👍🏻
Thank you! 😃
i got questions about teeth profile . when u design teeth profile right and left corners got 0.125 flatness. why u doing that? because of printable ? if i want m10 thread still i use same 0.125?
yeah, it makes it easier to fit after printing. For M10 would work too. Although depends on your printer a bit
@@with-Aryan I printed it but it did not work I tried again by increasing the size of the nut and it worked :/
@@canszzz out of curiosity, did you print it FDM or SLA?
@@with-AryanHello. I've recently tried a similar method with SLA (resin) and the fit was too tight. Modern CAD software (like Freecad or SW above 2016) have support for 3d print scaling of nuts and bolts. Unfortunately, I don't have a licence for newer version of Solidworks so I couldn't evaluate it, but I've found this video on Freecad: ua-cam.com/video/WnVuwdxdlio/v-deo.html. Your method can be easily extended according to this, the scaling method is well documented in the video and in the description of it.
Does the Thread function from the hole wizard do this automatically?
yes, it does. The older versions did not have that. Hence the video
@@with-Aryan the reason I'm asking is that the function says that the dimensions are not exact and that we have to be changing them manually...
I am not able to make the nut part, as after swept cut it was showing Rebuild error: Features failed to cut the body, how to resolve this issue? Please reply as soon as possible, Thank-you in advance
whats the error message you get?
@@with-Aryan Rebuild error: Features failed to cut the body
great tutorial! but why is all that required when solidworks has a dedicated thread tool?
thanks. This feature is in newer versions. And nevertheless, many people want to know how to manually do that. But you are right, you dont need this neccessarily
thx for the reply! what chamfer dimension you think will be good for M10 thread? 1 mm as for M6 or maybe 2 mm ?
funky junky Happy to help. I don't know the standard for that
I decided to go for the M6 using your tutorial, but for the nut I decided to use another method: I took a bolt designed according to your tutorial, saved it externally, add another part (nut template), scaled the bolt (2%, 1.02 value) along X and Y but didn't scale around Z (length) so that the bolt becomes bigger (maintaining existing length), then inserted a scaled bolt into the nut template and performed a "combine" feature which made a thread in the nut which is 2% bigger than the actual thread of the bolt. (here is this method, 2nd part: ua-cam.com/video/IL364xUNYMk/v-deo.html)
I have the following question: if I'll decide to make another metric thread, say, for example M4, I will need to modify a helix/spiral parameters to the 0.7 mm pitch (according to the ISO metric standards) and the profile shall be modified according to your comments, like 0.7 mm length and another dimension which is 1\4th of the pitch shall be 0.175 mm and another dimension which is 1\8th of the pitch which shall be 0.0875 mm. Is this correct?
that is also a great way to do it. And yes, it is correct. If you want to be sure, find a table of standard bolts and nuts and find all the right dimensions there.
Lovely voice :)
Very glad you liked it
Seriously! I could listen to her all day :D
Doesnt it need tolerances?
it does, but the clearance i left is taking the tolerance into account basically
I followed this tutorial and the resulting nut I 3d printed was way too tight to fit the bolt. Anyone have this problem? It seems the nut diameter should have been a little larger than what this tutorial suggests.
What printing tolerance does your printer have? also FDM?
@@with-Aryan I have a prusa I3 with the resolution set to .20 - with this setting as long as I make the nut bore hole .3 larger than the bolt, the nut will fit ok
This isn't a standard outside-inside relationship. There's essentially zero tolerance here. The OD of the male (bolt) thread should be 6.0 mm or whatever, then the major diameter of the inner some percentage over 6.0 mm depending on how tight your looking at (or the medium will hold) which I imagine would need to be fairly loose for a 3D printed part.
Sir can u plz give a tutorial of ICU medical bed 3D drawing as soon as possible its urgent plz plz
Hi, this is not how I can do things here. It takes a really long time. If you like you can email me directly to talk about the terms and your requests
@@with-Aryan sir give me your email id thats why i can give you mail
@@AbdurRahim-ol6vv info@solidworkstutorials.net
Shud be ohkayy.. and Just follow my lead.
Good video but fully define those sketches.
lol thx for the feedback
Ada banyak tutorial dan ini yang paling simple menurut saya,tapi...Sudah 10 kali saya tonton video ini dan 10 kali test tapi hanya sampai membuat profile gagal terus.tidak semudah melihat video😇
The lady´s voice is so incredibly beautiful. Who is she??
a friend
Very difficult to understand some of the words.
Too complex in thread profile
It did not work for 3D printer
sorry to hear that
dont work for me, can you halpe me?
whats wrong
Who´s the lovely girl narrating the video? I need to know
A colleague of ours
my God it took me 10 minutes to get used to her accent… wonderful tutorial though. Once you get NUT the way she says it ..everything becomes much easier. Thanks indeed!
She does have an accent, yet it's completely understandable
but I like her accent, lovely voice
So this is very good, but also very frustrating for a beginner. Lots of steps you don't explain. When you start putting together the assembly you aren't explaining anything, and my drawing isn't working anything like yours. Apparently an origin problem, but you didn't describe what you were trying to do... A little excruciating. I really like the channel generally though
My bad
hi
who is girl?
لطفا فقط این دختره توضیح بده ممنون
بمولا منم روش کراشم
صداش خیلی سکسیه
It simply did not work.
same here.
@@BobSmith-te6rf use the built in thread tool, so much faster.
The truculent daisy interestingly suppose because kidney anatomically sack absent a bite-sized revolver. aback, medical ferryboat
yeah excactly my thought
wrong wrong wrong
What’s wrong buddy
@@with-Aryan I'm guessing that there's no tolerncence between the mating threads. Even precision engine head bolts have SOME clearance.
@@DapperHesher there is
Too late very bad