SolidWorks Tutorial | How to create Threads on a Bolt M10 - EXPLAIN - step by step
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- Опубликовано: 20 авг 2024
- This video is created to help students and beginners to learn how to create threads on a bolt in a very advanced explanation giving a strong tutorial based on real actual life.
Datasheets were found by Mr Jon Rackley at the University of Wolverhampton in 2016.
Big thanks to my teacher Jon Rackley because he gave the chance to the students to learn how the threads are actually designed on a bolt.
-Jon Rackley LinkedIn profile:
/ jon-rackley-77892611
-Facebook Page:
/ solidworksedu-17497614...
-Instagram profile: @SolidworxEdu
: [^_^] [ DOWNLOAD FILES] [^_^] :
. Download . - SOLIDWORKS BOLT FILE + BOLT DATA SHEET
form.jotform.c...
. Download . - SOLIDWORKS NUT FILE + NUT DATA SHEET
form.jotform.c...
. Download . - SOLIDWORKS ASSEMBLY FILE M10 BOLT Vs NUT + TOLERANCES DATA SHEETS
form.jotform.c...
. Download . - MASTER THE BASIC THREAD DATA SHEETS + HAND CALCULATIONS
form.jotform.c...
. Download .- Machinery Handbook Threads 27th Edition
form.jotform.c...
. Download . - Machinery Handbook Threads 1942
form.jotform.c...
Watch also:
- How to create threads on a Nut:
• SolidWorks Tutorial | ...
-How to Assemble Bolt and Nut:
• SolidWorks Tutorial | ...
Keywords:
Thread tolerances classification
threads and tolerances
solidworks bolt and nut tutorial
bolt and nut assembly
bolt and nut tolerances
Internal threads
External thread
bolt and nut measurement
Bolts
Nuts
Screws
Bolt Thread Pitch
Length
dimensions
Iso standards
Bolts Nuts Screws Bolt Thread Pitch, Length and Bolt Diameter
![[TF2] The Russian Bear Trap](http://i.ytimg.com/vi/YFNSwz2_rOA/mqdefault.jpg)
You way of explanation is soothing and understandable. Thank you for your effort
At last someone explains how to make threads properly, great job
Great video for all us that are still learning SolidWorks. A good drawing and a 3D printer can make wonders. Thanks.
Best thread tutorial I've done. Thanks a lot.
At last I found correct way to cut threads. Thank you very much for this inspiring video
Thank you for this video. It was the video that made the most sense, and actually worked for me. This is the like 5th video i've tried watching about how to make threads in Solidworks 2019.
Thanks you have the knack for teaching, simple and direct.
Thank you for your time and passion in teaching. Bravo!
Useful Vedio..so long I was trying to find this easy tutorial on threads. Thankful from india..
Brilliant. I can cut these on my lathe no problem as the carbide tool is already formed. 3d printing them is way harder. Great tutorial. Now i need solidworks.
Happy to see your comment. It means so much for our Channel.
Nice... You save me... Finally a proper explain... Thanks a lot! Cheers
Great video! I'm new to Solidworks and this helped a lot!
Excellent. learned a lot. Love the detailed overview.
Great Job Marios. This is the best explained video I ever see about how to make threads.
Best Regards
thank u so much ur video helps me a lot. much data not taught in vocational schools. and since I do not have the money to go to college, I work in a company, and they do not want to teach me how to read complex engineering drawings
Great video, well explained and step by step as the description says.
Congratulations, good work!!
i had trouble on my first attempt using the "sketch fillet" feature. when i make pierce of the profile and the end line of the screw, the profile "FLIPS" on the other side. Using the 3 point arc on the other hand seems to have no problem at all. all in all, your video is great. kudos to you!
Dear Alvin, your comment is so valuable for us here at Solidworx Edu and Thank you.
All of our students used to face same thing.
The trick here is to fully select the sketch of the thread and drag it close to the point where you want to do pierce. NOTE: Don't drag it too close to overlap the pierce point but close to it.
All in all, the best way to do it is the way that makes you feel more trusted to use.
This Section is Very Useful for Me.. Did you Explain Trapezoidal Thread And Square Thread Formation
Nice tutorial! Thanks!
Some may use equations and define Pitch and H as global variables. Measures that use their values can be defined by a equation set on dimension box.
Great tip!
Thank you so much Man, your explanations and tutorials were very very easy to follow
Nicely explained. Absolutely and easily understandable. Thanks a lot for this amazing video.
Thank you very much for this detailed explanation!
Thanks a lot for the video.
It easy clears all doubts.
Great tutorial on threads. Thank You.
I really enjoyed ur step by step lecture
Keep going as you do my lovely friend. I'm proud of you.
Very nice Teacher !
I'm proud of you.good explanation
THANK YOU FOR YOUR GOOD INSTRUCTION..
Good work. detailed explanation. Thanks !!
Μπράβο Μάριο!
And now you know what K in G76 threading cycle means. It is the centre of the ark. Ωραιο video Marios Christodoulou συνεχισε την καλη δουλεια
Thanks a lot, really helpful and easily understandable.
Great to hear!
soo helpful thank you
Excellent video!!
Excellent job!!
Pretty good explanation 😊
Slow but veryyyyyyy helpful thanku from indiaaaaaaaaaaa
Thanks 🙏
You’re welcome 😊
Mr. Marios christodoulou. Thank you for the video. Its helpful.
I was looking for some issues like ; what is the exact plane to start pitch shape and where should it placed " at tip, middle or root".
Thank you again.
It depends. If I understand your question the answer will be that the correct point should be the middle because if you select it from the top you will get small in-depth threads. if you selected from the bottom you will get deeper than normal. Hope I have help and answer your question.
Please If you need anything specific to present here in this Channel send an email with pictures and attachments of what you need us to do. Provide as much info as you can and send it to the following email.:
solidworx.edu@gmail.com
Hi, Nice video that really helps me a lot. Not like other tutorial, u explained how the dimensions of the triangular was defined, which is super awesome. my question is, how did you determine the 5/8 H, 1/8 H these parameters? where did you get them? btw, I don't understand why H=0.8633*P. Could you explain a little bit more about these? Thank you
Thank you so much for great explanation and valuable documents. Now I understand why H=0.866P, it is basically mathematic relationship of equilateral triangular (like you said Root of 3 over 2). It doesn't really matter whether we use 0.866 or root of 3 over 2, coz this is a practice. Anyway, great to hear explanation from you. but as your side video shot showed, that the radius of incircle of this equilateral triangular equals to 1/8 H, is this what your graphic illusion means? I calculated myself and searched on the web, and found that the incircle radius of equilateral tri is 1/3H, which is not 1/8 H. Can you provide me a better vision of your draft showing how these relationships were defined. sorry to keep asking you questions :p...just for learning. Thank you Marios, really appreciate your help...
@@solidworxedu1035 Thank you so much - I was about to spend the next 2-3 hours proofing this out and trying to understand it and now I have something that I can at least print and then test with a real screw.
ruclips.net/video/L99lnAqVK1A/видео.html check this video to understand those reltations!
it was beautiful very interesting thank you and good courage
When the thread profile is finished I select pierce but there is a conflict (18:39), but if I select coincident there is no conflict. I use Solidworks 2011
Great video! - A question: at about 7:58 you state that the right-plane is on the end of the spiral path. However, it's not clear why the spiral path started on the right-plane to begin with. When I created a spiral on an arbitrary cylinder, I had to create a reference plane in order to make a sketch that is perpendicular to the end of the spiral (for the thread profile). Can you explain?
If I understand correctly your question the answer should be:
You should create the chamfer at the bottom of the bolt. Then you have to select the bottom surface of the bolt and select sketch. Then you have to select the edge of the cylinder and select convert entities. There is no need to create any plane here.
Then when you are at the helix and spiral option at the left hand side you have o set the starting angle at 0.
By setting the value 0 your spiral line will be exactly on the right plane.
I hope i answer your question.
If not please let me know.
@@solidworxedu1035 Thanks for your reply! Ok, the part I was missing was that the default angle for the Spiral on first attempt was 225 degrees, not 0. Setting the "Start angle:" to zero gave the expect behavior as in your video. Additionally: as a newbie, I was unfamiliar with the "Convert Entities" command - In Fusion 360, I think it's called "Project geometry" or some such thing.
PS: I did try the thread tool but in my case, I need 45deg threads which are non-standard [so they can be effectively 3d Printed]
You can use the link below. It's the faster way to create threads in SolidWorks.
ruclips.net/video/OVSF3isSGUY/видео.html
@@solidworxedu1035 Thanks again. -Dave
Thank you so much Sir! Im new to Solidworks and this helps a lot !
Can you make a tutorial on the formation of thread design for the v -shape and reverse buttress thread ? Thank you so much in advanced.
Thank you for your comment. It means so much for our Channel here on RUclips.
Yes, I can do anything you would like but please be more specific. Please, send a picture or an attachment to get an understanding of what exactly you need. Our email is solidworx.edu@gmail.com
Thank you again.
great video! you made it easy. thank you.
Thank you, this is super useful, nicely done!
Thanks for ur video, quite clear.
Hi, thanks for the video. Exixt a way to atomatize the NPT thread creation something like the wizard holes or part of a library?
Thanks
Excellent tutorial, awesome work :)
perfect work
thanks
You're welcome!
Respected sir...please clear my humble doubt...in M10 sud'nt 10 be the nominal diameter instead of major diameter ? I feel that in the video you have taken 10 as major diameter instead of nominal diameter
drive.google.com/open?id=1uygHO96ooBeiCz5hPJuqWdHuCVJf7yAc
Thaaaankssss aaaa lootttttt brother❤
Please share for support!
Thank you man!
Awesome!
great job man, thank you.
Excellent explanation. Can you upload some sheet metal product design ? Thanks
Good tutorial! Please explain how you make the objects in solidworks look like they are made of metal and have nice reflections? I can't seem to figure this out... Do you use some sort of rendering? On my computer the all look simply grey with some shades... your input would be very helpful :)
Marios Christodoulou , thank you so much!
Thanks.so Much
thank you so much
this helped me a lot :D
Hiii.....sir during making threads you made triangle.....in screw case u make collinear but in nut solidworks case u did not make collinear..can u explain this please?
Hi, thank very much for this video. Altough I have a problem. I am creating not normalized whitworth thread, so I have adjusted the cutting sketch to shape it. But SW doesn´t seem to like it, every time I select the sketch and helix and click OK, the error message pops up saying that it hadn´t been able to finish the operation. Can anyone help me please ? I can send the screenshots if needed. Thanks.
What is the advantage of creating threads manually rather than just using the thread feature in Solidworks?
Hello and happy to see your comment. It brings so much value to our Channel.
The advantage of doing it manually is to:
1. Understand the philosophy behind threads. (How they are created).
2. If you are a manufacturer and you want to be precisely in threads, you can do it that way.
3. You learn how to do your own unique threads So the customer can buy bolts and nuts only by you. (This is what automotive manufacturers usually do).
Now if you feel that you waste your time by doing it that way, there is an alternative. You can use the following link:
ruclips.net/video/OVSF3isSGUY/видео.html
Please let us know if it helps. We trying our best to provide value to people who need it.
Thank so much. How can I find out the dimension of chamfer for thread, example, M130x3?
Mr. Tuan, We are happy to see your comment on our Channel.
When you start a project you have information about the Bolt you want to manufacture. Such as diameter, length and pitch and for what purpose.
We know that there are categories of tolerances between bolt and nut. Most common are the ''Fine'' Category and ''Coarse'' Category).
For example a standard ''Fine'' Thread Bolts (Metric) bolt of M125 has a pitch of 4mm. This is standard value.
So, In most cases you use the pitch value equal to the chamfer.
In the case of ''Coarse'' Thread Bolts (Metric) bolt of M125 has a pitch of 6mm. So, here your chamfer will be 6mm.
amazing, thanks a lot
Thank Bro
Ευχαριστώ!
how crazy is metric standard compared to imperial,there everything is very easy and fast,you have the pitch the 55 degrees angle and that is it.here you have to draw gioconda.
That is good man and do you have any other about other theads ?
ruclips.net/user/videoWVC5vrzgsL0
ruclips.net/user/videokSi3H79GgKI
ruclips.net/video/ini7eiusE-w/видео.html
ruclips.net/user/videoini7eiusE-w
sir can u make a tutorial on the nut as well
Nai olan!
thank u
can you make or direct me to a video that does a tutorial on a hydraulic punch press? thank you
@Marios Christodoulou - Do you have a PDF doc or something similar of technical the drawing your working off of?
www.amazon.com/Machinerys-Handbook-Toolbox-Franklin-Jones/dp/0831127007/ref=sr_1_5?dchild=1&keywords=manual+handbook+machinery&qid=1629997860&sr=8-5
Is it possible there is some already made models where u just put in your Mx, length, width and some magic do it for you? Or I am returning my 3d printer!! i knew I shouldnt be able to made these models
Hello and Happy to see your comment on our Channel.
I understand what you need. You want to know how to do a parametric design where you can set a specific length, width and height and based on them you can impact all the other dimensions within your design.
I have made a series of tutorial of how to create a vice body like this. Maybe you can get an understanding by using the following link:
ruclips.net/video/qmX4z1cQFVA/видео.html
bueno
thx
I want to know how to draw trapizodal thread please and sheet design of it thank you
Please send an email with pictures and attachments of what you need us to do. Provide as much info as you can and send it to the following email.:
solidworx.edu@gmail.com
choose under Hole wizard a thread and it's done
ruclips.net/video/OVSF3isSGUY/видео.html
Aren't there such cap project publicly available? Should be some repository with coca cola like threads ?
What do you mean?
Nice tutorial, but what's with that pounding sound? Sounds like you are beating on your desk or something, shakes the whole room when listening to this.
I think it happens whenever you type something on the keyboard. Your mic is picking up the vibrations and when played back with a subwoofer sitting on the floor it sounds like someone is pounding the wall.
Please may i know your gmail ? I wanna know about these threading tools and inserts?
Great video! Me ha encantado el tutorial. Aquí les dejo un dibujo que he hecho yo mismo para aclarar un poco todo.
I'm going to give you a little drawing that I made in order to help. Thank you for this video. It's great.
drive.google.com/open?id=1eeYdYgMfgXTPI3ZrlGyykALHx6MuhVwA
Thank you for your comment. It brings so much Value to our Channel.
Thanks for the drawing, it looks so professional.
Keep the hard work!
@@solidworxedu1035 Thank you very much.
superb tutorial, but you are beating the keyboard way too much.
Wasting time just for calculation
Hello and happy to see your comment. It brings so much value to our Channel.
The following tutorial has been created especially for you:
ruclips.net/video/OVSF3isSGUY/видео.html
Please let us know if it help. We trying our best to provide value to people who need it.
This information helps but to pound on the keys of your keyboard is totally ANNOYING. Press the keys, don't pound...
Awesome!
thanks
You're welcome!