Holy molely, you are really good at giving tutorials! clear, concise, and a great pace. 👍

@antalz

2 жыл бұрын

Thanks a lot, if they rest of the series is of interest to you I hope you find it equally good.

Thanks for this man. I'm not an engineer but this really helps me understand some things, and I want to start trying to model stuff soon too. Really appreciate your efforts, I will continue watching the series.

I really appreciate these videos with your practical applications to real world situations. Having farmed in the midwest US for many years I sometimes applied the same techniques (such as shortening a bolt, or using a screw driver as a punch) in our farm "shop". At this time however I especially appreciate the Fusion techniques you're showing as I am quite a novice in this CAD program.

Very nice and pragmatic way of explaining, demonstrating and refining to a better solution each time👍

Hello from Farnce, excellent explanations, comments and techniques to model spur gears. You're passing on an experience that I'm going to apply out of conviction, because it corresponds to the technical requirements of mechanics. Thank you very much for this tutorial.

i love that you show the parts that didn't work out quite as planned, and how you adjusted.

@antalz

Жыл бұрын

Thanks, that's a bit of a balance because I also want to be to the point.

One of the most to the point, informative videos I've seen, solved all the questions I had. Earned a new sub through 1 video, keep up the good work!

@antalz

3 жыл бұрын

Thanks a lot mate, I hope the rest of the series is also helpful.

These video's are amazing! I can't wait to see what's next! Subscribed!

Amazing content, so clear and thorough! Thank you!

You just saved me many, many hours of trial and error. Thank you!!

VERY helpful video helping me to understand how gears are mounted. Thank you!

@antalz

3 жыл бұрын

Thank you for watching!

Extremely good video. Top Notch! Thank you.

You make instructing look so easy! By far my favorite. I am making a series of videos how to get a HAM Radio license and I am attempting to mimic you as much as possible.

@antalz

2 жыл бұрын

There are more and arguably better youtubers to imitate: Applied Science, Tech Ingredients, NighthawkInLight. Best of luck on the video series!

This video is insanely awesome! subscribed right away. Cant wait to see others , great job. perfect!!

@antalz

4 жыл бұрын

Thanks! Part 2 on the parameters is already out, you can find it here: kzread.info/dash/bejne/oZt3qdNqkbazaJM.html . Part 3 may take another week or two because I have a few other things planned first.

I love the jig you made to center the hole. If I may make a suggestion, you might want to enlarge the botton hole. On the top of the jig, you add a large round hole. You then can print a plug for that top hole with an appropriately sized hole in the plug. These plugs would be interchangeable and potentially single use, but it's easy and cheap to print them as required.

@antalz

3 жыл бұрын

Thanks! The interchangable plug idea is pretty good, that would cut down on the reprints by quite a lot. You would need some method of securing those plugs to the rest of the jig though, but that shouldn't be too hard. Another option is to use drill bushings, as I've shown here: kzread.info/dash/bejne/o5l4maaFqaTeZ5c.html

Very good. Thorough and informative👌 🙏

Very well and comprehensively explained. Thank you

@antalz

3 жыл бұрын

Thank you, happy to hear it was useful to you

Great, informative video. Thank you for your time and trouble.

@antalz

4 жыл бұрын

Thanks for your comment, it's a big motivator for me to continue with this.

Great series! would be great to have more of these kind of videos!

@antalz

2 жыл бұрын

Thanks! There are more videos in this series, and a handful still planned. I expect to be busy with other stuff until at least early next year though

Great video! Earned my sub. Very systematic and well thought out.

@antalz

3 жыл бұрын

Thanks so much, glad you enjoyed it!

What an excellent and comprehensive tutorial !

@antalz

2 жыл бұрын

Thanks, I hope you find the rest of the series interesting too

This is the greatest video about the topic. thank you.

Excellent content. Thank you!

Looking forward to your planetary and herringbone gear tutorials!

@antalz

4 жыл бұрын

Thanks, it's still on the scheduel but I'm currently working on Corona-virus related stuff, mostly a basic ventilator design. I posted an update on that just a few hours ago. I think after that's done I'll get back to the gears because it seems to be a quite in-demand topic.

Great! That's the kind of content I want to look at. Thanks

Good and thorough explanations, great video!

@antalz

2 жыл бұрын

Happy to hear that, thanks for watching

I enjoyed that. It was good to see the design taken through to the finished article including printing tips and then how to improve it. I just want to throw in a few things. At 1:30, when running the "Spur Gear" script, go to the "Add-ins" tab instead. Run the "Spur Gear" script from there, either the C++ or Python version (most tutorials seem to prefer the Python version). The script will now run until you exit Fusion 360. You will find Spur Gear at the bottom of the "Create" drop-down list in the "Solid" tab. 11:00, you can right click on individual components in the "Browser" to save as STL. You can use this method to save individual bodies within components as well. 20:54 At Last, I now understand how and why to use "Project". Thank you. At 22:15, you mirror the screw and nut features so that you can add a screw from the opposite side. Meaning that your shaft had a flat side, will this throw the centre off?

@antalz

3 жыл бұрын

1:30 I know that works, yet I never do it that way for some reason. I probably should because it saves a few clicks. Strangely I can't get the add-in to run at startup 11:00 Another button that I know is there, but that I never use for some reason. Old habits die hard I suppose. 22:15 If you torque the screws down equally hard, they will push the gear out equally hard. The nuts also have exactly the same amount of plastic they can push against. The only difference is that the setscrew pushing into the flat will be slightly closer to the center, causing a slight mass imbalance, but that's really tiny. Make sure you torque both screws down in a roughly equal amount though. Thanks for watching so attentively!

Thanks for your time and efforts

Excellent tutorial. You might mention that Auto Project Edges on Reference is enabled in your environment.

awesome, useful, understandable, this is just EPIC tyvm man, with this knowledge i hope to finally be able to do this as a hobby, this will be helpfull for sure, of course i subscribed and will happily see your other videos

I came here from Reddit and am already excited about the next video. Nice Job.

@antalz

4 жыл бұрын

Thanks, I hope it will meet your expectations

The most useful parts are just seeing how efficiently use fusion 360, I learnt a lot for future designs just by weeing how you construct things ! Your drill jig could have a gap for the small pieces and a flange bearing for the drill bit, keeps it centred.

@antalz

3 жыл бұрын

Thanks mate! I think for the drill jig using a drill bushing like other people suggested is the way to go, I've already implemented that idea: kzread.info/dash/bejne/o5l4maaFqaTeZ5c.html

Awesome just found your channel this is exactly the help I was looking for in making 3d gears:-))

@antalz

3 жыл бұрын

Thanks mate, glad it's useful to you

Very Helpful Video, I learned and enjoyed👌👍

@antalz

3 жыл бұрын

Thanks mate, I hope I can make more of them

This is video is super useful man! Kudos!

Amazing video! I couldn't figure out how to get to, let alone use the gear extension. You might want to consider simply printing a gear with a 'D' shaped hole to fit the shaft Also right clicking the body or component will allow you to convert it to stl which is slightly easier

@antalz

4 жыл бұрын

I haven't ever tried printing a D shaped hole, I pretty much assume that it won't hold up to the torque. A generic stepper with a 5mm D-shaft produces 0.5Nm, that's 0.5/0.0025 = 200N of tangential force right at the shaft's edge. I just always assumed that such a force concentrated at the corner of a D-shaft hole wasn't going to work. Perhaps it will and I'm just being too pessimistic about it. Good tip on rightclicking bodies/components, I hadn't seen that before

This video is amazing! Thank you so much!!

@antalz

3 жыл бұрын

Thanks mate, hoping to get part 3 out soon!

Thank you very much for this video! I am using Creo instead of Fusion360 but the principles learned from your commentary is very valuable.

@antalz

3 жыл бұрын

Yeah it's really quite easy to do all of this in any CAD package you're proficient in. As long as the CAD software has an involute generator, and every decent package does. Thanks for watching!

@abdullahalmosalami2373

3 жыл бұрын

@@antalz I will say I don't believe Creo has the same kind of convenient intuitive tool that Fusion 360 has as you're showing, though I am pretty much brand new to Creo. What I've been doing so far is manually creating the involute curves (like how you'd have to do one with pencil & paper) using the steps described in the textbook Shigley's Mechanical Engineering Design, chapter 13; I know that you can also generate the curve by inputting the parametric equation describing it but for now, I find it a little more fun and satisfying to do the pencil & paper process; lot better feel for the gear geometry this way. Thank you for the great series of videos!!

A lot of information that I needed excellent video

@antalz

3 жыл бұрын

Thanks mate, I'm hoping to publish my video on helical gears soon

60 seconds into the video... SUBSCRIBED!! keep it up!

@antalz

3 жыл бұрын

Thanks mate, I'll do my best! Recording the planetary gear video right now.

niceee, thanks for naming which button you press, really helps out, im new to fusion and just got a new 3d printer, im mainly using it for my Rc hobby, ..thnx subscribed

@antalz

3 жыл бұрын

Thank you, if you find any topics you'd like me to cover let me know. I'll try to keep up my habit of calling out the hotkeys.

epic tutorial, Thanks!

Put some drill guide bushings in your jig to preserve the top hole. Thank you for these videos. I am learning quite a bit from them

@antalz

3 жыл бұрын

Thanks mate, others have suggested the same thing. I've already done it in the mean time: kzread.info/dash/bejne/o5l4maaFqaTeZ5c.html

excellent tuition. thank you!

@antalz

3 жыл бұрын

Thanks mate, glad it was useful to you!

Late to the party, but as an engineer, I feel the need to comment. Gears need 100% infill. Yes, in general, material stresses run higher on the surface, but effectively having a hollow part creates surfaces on the inside as well. The sharp inside corner that the slicer will leave under each tooth combined with the inside corner created by the inside surface of the face will create sharp junction of three surfaces on the inside. This will be a huge stress concentrator. Use 100% infill. Also try setting the top/bottom surface thickness to the full thickness of the gear. I would expect that the diagonalized print lines of the top/bottom layer will act to brace the teeth. Also, I would experiment with the shell thickness. I would expect that would allow the diagonal lines to extend into the tooth somewhat, preventing the delamination/crazing at the root of the tooth.

@antalz

2 жыл бұрын

I don't think I agree entirely. You are correct about the stress risers in general, but if you ensure that the shell thickness is large compared to the width of the teeth, the "inside" surface becomes nearly cylindrical. Still it's a great basis for experiments, though at the moment I don't have a good test setup for testing gears.

Excellent video I'm subscribing and clicking the bell for all.

@antalz

2 жыл бұрын

Thanks mate, I'm hoping to have more content coming around January

Watched the whole video. Thank you.

@antalz

2 жыл бұрын

That's great for my retention and watchtime metrics, the algorithm will be pleased, thanks!

Very informative!

Well done.

Thanks a lot mate!

Thanks for the informative video! What filaments do you recommend to print the gears in? My preference goes out to ASA (instead of ABS), but i saw better performance of PLA in some videos. While often stated that PLA should only be used for visual prints. I like to hear your thoughts!

@antalz

2 жыл бұрын

Most of my gears are PLA. PLA has better stiffness, and can resist higher forces, than most other filaments. Its only downside for gears is the low temperature resistance, which is a problem for high speed gearsets. PLA is definitely not just for visual prints.

KZread would be a much better place if most educational content was as clear, pragmatic and articulate as yours.

@antalz

3 жыл бұрын

Thanks a lot! That's a big part of why I started this series, unfortunately many tutorials are hard to follow and some are even preseting false information. Way too many tutorials use random arcs or splines as a tooth profile...

Very helpful. Subscribed.

@antalz

4 жыл бұрын

Thank you

Excellent video, very helpful. I'm wondering for the first method if you used a screw with a head on it, the head could push in from the outside towards the washer and help make it more solid. Would this work?

@antalz

3 жыл бұрын

Thanks! I think that won't work, it's sortof like pulling yourself up by the bootstraps. If the screw head is pushing the washer back in by let's say 10N, then that's 10N less force of the screw tip pushing into the shaft. I feel like I should think about this more, there must be a better way to explain this.

@BigDaz

3 жыл бұрын

@@antalz Yes I understand what you mean, the force would cancel out. I was thinking the screw head couldn't move the nut back down the thread but that doesn't matter, it's not where the force is coming from.

Amazing video set on gears. I'd love to learn more as I'm slowly getting into clock design / machining, do you have any books or resources you can recommend on gear design, etc?

@antalz

Жыл бұрын

I would primarily recommend the two bottom links in the description. They go far deeper than I do in this series.

Nice video!

thanks for a good video..

Amazing job. What are you using for an infill setting. Thanks much for the information.

@antalz

Жыл бұрын

Mostly 30% for these kinds of prints, triangle pattern. Making sure the teeth consist entirely of walls is much more important though.

Great video

Grappig hoe ik meteen weet dat je Nederlands spreekt. Je engels is heel goed. Bwdankt voor de video, dit is precies wat ik nodig heb. 😁👍

@antalz

2 жыл бұрын

Mijn Engels was ooit beter, het is over de jaren heen erg vernederlandst.

Good video. To improve your jig, use a brass or better yet a steel bushing insert in the hole for drill guide. This way you won't ruin the jig every time you drill a new hole.

@antalz

3 жыл бұрын

Thanks! That's a good suggestion. Someone else suggested it before, so I've already done it: kzread.info/dash/bejne/o5l4maaFqaTeZ5c.html

Brilliant. We were taught (many years ago) that a metal screw with a shaft as you showed here is a bolt, not a screw. A screw has threads all the way to the head.

@antalz

3 жыл бұрын

There are unfortunately many different opinions on this matter. The one followed by the machinery's handbook for example is that it's a bolt when you put it through a hole and put a nut on the other side, and it's a screw if the hole itself is threaded or the screw cuts its own threads. I dislike this definition a lot because it implies that what a thing is (screw or bolt) depends on how you use it, which seems silly and pointless to me. But that's just to illustrate there are tons of different viewpoints about this. Personally I tend to call small stuff screws, M6 and under, and larger stuff bolts. This too is a very arbitrary and meaningless distinction. I am also more inclined to call something a bolt when it has an external hex head, for use with a wrench. At the end of the day I recommend just not worrying about it.

@marcdraco2189

3 жыл бұрын

@@antalz Andrew Tanenbaum quipped. "The good thing about standards is that there are so many to choose from. So I tend to agree. I'm more worried about if it does the job I intend for it rather than calling it a "threaded nail". :)

Quite possibly the greatest how to video on KZread. Thanks!

@antalz

4 жыл бұрын

Thanks so much! I'm currently still working hard on the ventilator project, I hope to resume this series as soon as possible.

great vid

6:36 Tick the slice option in the sketch palette for easier drawing

@antalz

2 жыл бұрын

Great tip, thanks for sharing and for watching!

Just what I was looking for! Thank you. I'm looking at getting a qidi tech 3d printer. Would you suggest using their own software or use one that is more universal? Thanks!

@antalz

2 жыл бұрын

I'd always recommend a universal slicer if possible. The proprietary slicers are usually nothing more than a fork from Cura, and then usually more than a year behind the times.

@dts7824

2 жыл бұрын

@@antalz thank you! 🙂

to reduce the forces if you want to go with the flattened shaft, you should use flat setscrews, the wider the better. if you want to use pointy setscrews, you should drill just shallow holes into the round shaft.

@antalz

3 жыл бұрын

Those are some really good tips, thanks for sharing!

Simply amazing video ! I have a question please, do you think a carbon fiber nylon gear would hold if it was connected to a 32cc 3hp rc engine ?

@antalz

3 жыл бұрын

Thanks! Unfortunately I can't quite answer that question. The first thing you want to figure out is what module and number of teeth you're thinking about. The module determines how large the teeth are, and larger teeth can bear more force. The second thing is that you mainly want to look at torque, so it'd be better if you know how much torque the engine will produce. In video 2 I also discuss that the Pitch Diameter = module*(number of teeth). So what you want to do is Force = torque/radius, to find out how much force a single tooth will have to hold. Once you know that you can start looking into material strengths and whatnot. If you want to really get into it then you have to take a look at the Lewis bending equation, but you can also get a decent idea with a stress analysis. The other thing you can do is just try it, perhaps even with a PLA gear. If the PLA gear instantly shatters you have a problem, if it holds for a little while before it melts you might have something you can work with. I recommend checking out video 2, it has some of the maths and concepts you'll need to find an answer to your question: kzread.info/dash/bejne/oZt3qdNqkbazaJM.html I wish I had an easier answer for you

@Firashelou

3 жыл бұрын

@@antalz thank you so much for the reply ! I see what you mean i will follow your advice, torque is know in datasheet i dont remember i have to check the datasheet and the number of teeth is 38 because i am copying a metal gear which i am buying from the market, btw do you think a simulation can be done for a 3d printed gear ?

@antalz

3 жыл бұрын

@@Firashelou Yeah I'm pretty sure it can be, but I actually refrained from suggesting it because stress simulation will be removed for free Fusion360 users sometime soon. But if you have access to static stress simulation, you can slightly flatten an area around the pitch circle, which is where the force is transmitted, then apply the force to that slightly flattened area, then do a stress analysis. You do need to know the module before you can do that of course. I think that, because the force is entirely within layer lines, you don't have to worry about the anisotropy.

@Firashelou

3 жыл бұрын

@@antalz i see, so what about the pla or carbon fiber nylon data ? Where do we get it to make the simulation ?

@antalz

3 жыл бұрын

@@Firashelou You'd get that from the datasheet from your filament vendor usually. For PLA you usually have around 50 MPa break stress. CNC Kitchen here on KZread also has some videos on testing filaments.

Thank you so much

very understandable

Thanks for sharing your tricks with fusion 360. For the screw you cut at the end of your video, grab its head with your drill and make it rotate (lowest speed) while creating a chamfer on the cut end with a rotary tool (mid speed) with little cutting disk. Use the face of the cutting disk and just touch the burred cut border. Take your time, those little cutting disk are fragile when used in this direction.

@antalz

4 ай бұрын

That sounds like a good trick, though does that mean you have to keep two tools running simultaneously? Or should you put the screw into the drillpress?

@rufo4004

4 ай бұрын

@@antalz Yes, you have to keep two tools running simultaneously. A drill press also works. Adding several nuts tightened to the head side will help in securing the screw to the drill (or drill press) so the head and the nuts are tightened together in the chuck. Do not forget the safety glasses. The screw in a drill (high speed) and a file will also works, but in my experience the rotary tool will provide better results. I also use this method to reduce the diameter of the head for tight locations. Hope this help.

My hope is that this will be a layman's guide to designing decent and useful gears that's easy to understand. I don't need perfection, I'm not building a transmission. How does one decide how many teeth there should be? When should I use a bunch of small teeth, when should I use fewer big teeth, etc.

@antalz

4 жыл бұрын

That's what I'm currently aiming for. I'm currently trying to balance depth with complexity. My current idea is to use basic algebra to discuss number of teeth, size of teeth and shaft-to-shaft distance, and one line of elementary trigonometry for pressure angle. I don't want to talk about what pressure angle does to the shape of a tooth, I don't think people care, but I do want to show that spur gears push each other away while transfering torque. I definitely don't want to get into elaborate geometrical constructions or any integrals.

nice content hope you keep update :)

@antalz

3 жыл бұрын

Thanks, I think I'll post part 3 in this series soon.

Hi great video. Can ask some questions. What 3d printer are you using and once you have designed your gear how long does it take print

@antalz

3 жыл бұрын

Thanks and of course! I'm using some basic creality printers, an Ender-3, CR-20, and CR-10 mini. A gear as shown in the video takes about 4-5 hours to print.

@pinkfloydvk

3 жыл бұрын

Thanks message back so fast. I've looking at the creality ender 5 plus 3d printer

@antalz

3 жыл бұрын

@@pinkfloydvk The Ender 3 plus should do fine printing these gears. Very comperable to the printers I have, but a bit more modern.

Awesome.

hello, very useful information. I would like ask you what 3d printer did you use?

@antalz

Жыл бұрын

Most of the prints shown are from an Ender3 and a CR-20.

Amazing. Can't wait to try this.

@antalz

3 жыл бұрын

Cool, let me know how it goes and if you run into any issues.

Great video, thank you! Subscribed for more!

@antalz

4 жыл бұрын

Thanks, more will be coming

Have you tried to print with nylon filament? I think is better for gears, but u have to take in consideration some warping, so use glue stick for bed for combating warping of nylon.

@antalz

3 жыл бұрын

Yeah I did consider Nylon. It should be quite good with a quite low friction. I do expect the teeth to warp, so I think a raft would be in order. I don't know if I can test how different materials compare when it comes to gears. I didn't do Nylon for this video because I don't want to make the subject more daunting. Nylon is quite hard to print, some Taulman blends are okay but true Nylon is quite hard, you need an all-metal hotend, enclosure and good moisture control. I do have a printer set up for it.

Any strategies for those of us who don’t have Fusion 360? Great tutorial though. Thanks for taking time to show us. Doug

@antalz

3 жыл бұрын

You can get Fusion360 with a free hobbyist license, but it has some limitations that I don't get with my pro license. You can try it out and see if it's still good for you. There is also Siemens Solid Edge community edition, but I haven't tried that myself. Finally there is FreeCAD, which is free and open source. I believe it's quite feature-complete, but it's a difficult program to learn I found, and there weren't too many tutorials about it when I used it years ago. That should be much better now though.

@nitrousman8882

3 жыл бұрын

@@antalz Thanks for the reply!

THANK YOU!

@antalz

3 жыл бұрын

No problem at all mate, if you have any topics you'd like me to cover let me know!

Wow awesome~~ thank you~ Antalz~

@antalz

2 жыл бұрын

No worries, good luck!

Thanks!

@antalz

9 ай бұрын

Thanks man, I appreciate it!

can you make some simple videos on how to use fusion360 to start using it. this video is very simple to follow and practice. thank you

@antalz

4 жыл бұрын

There are a few beginner's guides on KZread, like these: kzread.info/dash/bejne/c2mWxZucY7aXYso.html kzread.info/dash/bejne/o6qmqteaeMvXeKw.html kzread.info/dash/bejne/hWqDt82nYqbRo8o.html Is there something about those you don't like or have difficulties following? I'm up for making a beginner's guide, but I'm not sure if there is a lot of value in it, because multiple such tutorials already exist. If you think I can make one in a new valuable way I'm up for it for sure.

Hello, I'm curious to know if you are/were a Mechanical Engineer. You're very good at gears!! Thanks a lot! Definitely going to like this video! 👍

@antalz

Жыл бұрын

No, I got a master's in physics. I just needed some gears for some of my projects, and in the process I found a lot of information that was incomplete, poorly explained, or just plain incorrect, so I decided to start this series.

@danielsaenz5570

Жыл бұрын

@@antalz Wow, super cool!

Nice lesson! Extruding rectangle for a nut is unnecessary action, cause later you anyway draw a poligon on a new scetch. Faster and easier is create an offset plane (or tangent plane for the compact gear from the video) and draw a poligon for a nut and a circle for a screw there

@antalz

3 жыл бұрын

That's true, though I find placing a rectangle within a sketch is easier than placing an offset/tangent plane accurately, because I can more easily reference the other geometry. Perhaps I'm just being weird.

tks!

Could you please make more Fusion 360 videos? You are the only person that I can understand using this program.

@antalz

2 жыл бұрын

Do you have any topics in particular I should cover? I still haven't made any videos in months, not sure if I'll get back into it soon.

How can I achieve clutch mechanism in 3D printed parts? Please help! I want to develop a mechanism (positive drive preferable) that engage or disengages the motor shaft from another stationary shaft.

@antalz

3 жыл бұрын

I don't think I have a good solution for this. The best ideas I have are: 1) Put a crown gear-like thing on both shafts. You can then engage/disengage it, but the transition will be very sudden, it will create a pretty intense shock 2) Make a ring of magnets on both shafts. When far apart they won't transfer torque, but they will if you bring both rings close together. This doesn't transfer that much torque though even with strong neodymium magnets. The final idea is using a planetary gearset, and then applying/releasing a brake from one of the gears. I haven't explored this though and it's quite complicated. I don't know of anything that would really replace a true clutch.

Thumbs up.

If you’re going to go to the trouble of mirroring everything to put an additional setscrew in, which pushed the piece away from the driveshaft, wouldn’t it be better to design it so it actually clamps on to the D shaft?

@antalz

3 жыл бұрын

I haven't really found a great way to do that. I don't think you can print an accurate enough D-shaped hole so that the gear goes on without excessive force, but also is locked to the shaft well enough that it can withstand 2-3 Nm worth of torque. If you have a more sophisticated design idea I'd like to learn more.

Sir which one is better material for gears Nylon or Teflon From all point of view like strength, friction, durability, etc

@antalz

3 жыл бұрын

I'm not completely sure, but I think Nylon due to better stiffness. Friction and wear resistance are very good on both. Are you planning on cutting your gears from a blank? I believe 3D printing PTFE or Teflon is impossible to begin with.

@arbajsayyad2718

3 жыл бұрын

@@antalz I have to do some research, hmm Thank You sir

Sir which diameter nozzel you used for helical gears ( the green one )

@antalz

3 жыл бұрын

They're all done using a 0.4mm nozzle, I'm pretty sure I remember that correctly.

@arbajsayyad2718

3 жыл бұрын

@@antalz thank you sir 👍

@Antalz can you put the shoulder on both sides of the gear

@antalz

3 жыл бұрын

If you mean the mounting hub and setscrew, yeah that can go on either side

@danielatdownhomehobbies836

3 жыл бұрын

@@antalz for my application it is not really a mounting hub. More of a section that is on either

@danielatdownhomehobbies836

3 жыл бұрын

My application it is not really a mounting hub more of a section that provides additional strength for the gear. The gear is very small and total diameter is roughly 5.7 mm. It is a spur gear for a ho scale locomotive that is no longer produced. The smooth edges on either side of the ear team provide extra strength since the gear is so small

@antalz

3 жыл бұрын

@@danielatdownhomehobbies836 That sounds interesting! You can definitely sketch a circle on one side of the gear and just extrude that out. You will probably need to print it in SLA though because of how fine the details will be.

I couldn't find that small hole for the centroid of the polygon, any tips to getting it? Its really frustrating as it is my last step

@antalz

3 жыл бұрын

Can you project (P) the cylinder into the sketch, then select the center of the projected circle and the center of the polygon, and apply the coincident constraint?

@moodyelnigoumi2057

3 жыл бұрын

@@antalz Yes! I have done all that, i've went step by step with your video, the only difference is that my shaft is 4 mm, so i just changed that. Everything else seems perfect except that the small circle (Coincident Constraint) is not appearing and i tried drawing the polygon and applying the midpoint with the point at the corner, but the output is not very similar like yours.

@antalz

3 жыл бұрын

You should first try to ensure the center of the polygon lies on the center of the circle. If the automatic concentric constraint doesn't appear I think the easiest way is to project the hole into your sketch, and then making the center of the polygon coincident with the center of the circle. You could perhaps also draw a construction line and constrain the center of the polygon to the center of that construction line. If that doesn't work out could you export your file as .f3d, and send it to antal@creonova.nl please? I'd like to take a look.

@simplytodd4155

2 жыл бұрын

I was having the same problem. The project cylinder allowed me to find the concentric constraint. Thanks.

great video, make more design for 3d printing related videos

@antalz

3 жыл бұрын

Thanks mate, I have more planned on gears, but there's some other 3D printed stuff that might appear later. It will take some time though, quite a few subjects I want to cover first.

@HaidarHasani

3 жыл бұрын

@@antalz great, I enjoy every second of your topics. if I may suggest a future topic! I would suggest a practical guide on how to design a big modular mechanical part that can be clamped and snapped together after 3dprinting its pieces. I searched alot but I couldn't find such tutorial. cheers

@antalz

3 жыл бұрын

@@HaidarHasani Thank you! That's a good topic, I have assembled a large boat from multiple large printed pieces, is that what you're talking about? I haven't yet assembled higher precision parts like this I think, like bearing housings or gears, only large vehicles and frames. It's quite difficult to maintain sub-millimeter accuracy.

@antalz

3 жыл бұрын

@@HaidarHasani One more thing, does this video from Maker's Muse help?: kzread.info/dash/bejne/eK53z5OihMmegKQ.html

@HaidarHasani

3 жыл бұрын

@@antalz yes this really helped, thanks

When 3d printing the lowest layer always gets a little squished out. I usually round off all edges that would be on the lowest layer. But the gear has so many edges to select. Is there any easy way to do this?

@antalz

2 жыл бұрын

Yeah, you can look at the gear from the side, open the chamfer tool, and then box-select around the upper and lower faces. For a better explanation: kzread.info/dash/bejne/eH2rscuFoJfKZs4.html

@Butterkekskrumel

2 жыл бұрын

@@antalz Thanks for the quick reply. Really like your videos!

@antalz

2 жыл бұрын

@@Butterkekskrumel You're most welcome, good luck and thanks for watching

You got a subscribe

@antalz

3 жыл бұрын

Thank you! I hope you enjoy the rest of the series as well

Hi how are you which type of pla material for gear manufacturing please ? i want to know want to make some cool projects thanks

@antalz

3 жыл бұрын

I'm using a regular PLA, 123-3D brand specifically. The differences between brands are very tiny. Don't use PLA+, that's just PLA that's been softened to make it more impact resistant. That's not useful for gears, so no reason to pay extra for that.

Netjes!