Your videos are always so well-crafted and informative! I really appreciate how you break down complex topics into easy-to-understand steps. The attention to detail and enthusiasm you bring to each video keeps me coming back for more. Keep up the amazing work-your content is truly top-notch!
Thank you very much for your positive feedback. It's good to hear! Now that I've completed the basic courses, I can show how it's possible to automatically design parts using requirements.
thank you! you literally fulfilled my request. i was not expecting this. but you did. i am not financially strong, but if you need any help feel free to contact me. i will do my best.
The tool shows the creation of involute gears. The geometry of such gears does not allow a number of teeth of less than 17, otherwise the tooth head undercuts the tooth root of the mating gear. Gears with only 10 teeth are cycloidal gears, a much more demanding geometry in which the two gears have to fit together. Unfortunately, I can only cover topics on my channel that are of interest to many viewers. It's already difficult for CAD to find viewers anyway. (Will I switch to cat videos after all?)
Do you mean a 6-toothed shaft? Then you only need a new coordinate system for each toothing position. Or do you mean a gear wheel with 6 teeth? The involute spline is not suitable for this.
Your video is very helpful to me, I am generating in volute spline using this library, I want to make 14 teeth splines, but there is minimum 17 teeth. Do have any solution for it???
Gears designed with involute gears have problems with undercuts when the number of teeth is less than 17. The head of one gearwheel cuts into the tooth root of the other gearwheel. For such small numbers of teeth, gears designed with cycloids are more suitable. However, these gears are geometrically more complex and have a fixed centre distance; a profile shift is not possible. (In principle, a cycloidal gear wheel with 20 teeth running together with a gear wheel with 30 teeth has a different geometry than if it runs with a gear wheel with 60 teeth).
Yes, this is possible, but the lower the number of teeth, the greater the risk of undercuts at the tooth root. Create both gears and check them for collisions when they rotate. Cycloidal gears are more suitable for very small numbers of teeth.
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Your videos are always so well-crafted and informative! I really appreciate how you break down complex topics into easy-to-understand steps. The attention to detail and enthusiasm you bring to each video keeps me coming back for more. Keep up the amazing work-your content is truly top-notch!
Thank you very much for your positive feedback. It's good to hear! Now that I've completed the basic courses, I can show how it's possible to automatically design parts using requirements.
Many thanks, this is brilliant!
is it also possible to do internal toothed gears with this toolbox?
Of course, all you have to do is create a gear and pull it off another body.
Thank you very much.
This gives you the option of using the sketch in other assemblies, which would otherwise not be possible.
Thank you so much
thank you! you literally fulfilled my request. i was not expecting this. but you did. i am not financially strong, but if you need any help feel free to contact me. i will do my best.
Thank you for your offer, but my wish would be simple: recommend my channel and my website.
@@learnNX Definitely. I will be happy to share
Very nice 💯
Hi I need 10 teeth gear, how to sketch, can you make videos
The tool shows the creation of involute gears. The geometry of such gears does not allow a number of teeth of less than 17, otherwise the tooth head undercuts the tooth root of the mating gear. Gears with only 10 teeth are cycloidal gears, a much more demanding geometry in which the two gears have to fit together. Unfortunately, I can only cover topics on my channel that are of interest to many viewers. It's already difficult for CAD to find viewers anyway. (Will I switch to cat videos after all?)
Just one question! Why did you keep the sketch, which is used for WAVE geometry link, in a seperate file? Why it can't be in the assembly file?
Really cool tool but I can't use it to create a 6 theet spline shaft. Could you help me in any way please?
Do you mean a 6-toothed shaft? Then you only need a new coordinate system for each toothing position.
Or do you mean a gear wheel with 6 teeth? The involute spline is not suitable for this.
Thanks
Your video is very helpful to me, I am generating in volute spline using this library, I want to make 14 teeth splines, but there is minimum 17 teeth. Do have any solution for it???
Gears designed with involute gears have problems with undercuts when the number of teeth is less than 17. The head of one gearwheel cuts into the tooth root of the other gearwheel. For such small numbers of teeth, gears designed with cycloids are more suitable. However, these gears are geometrically more complex and have a fixed centre distance; a profile shift is not possible. (In principle, a cycloidal gear wheel with 20 teeth running together with a gear wheel with 30 teeth has a different geometry than if it runs with a gear wheel with 60 teeth).
Thanks for your Super-Thank. That will support the channel.
Dear sir, Can this tool make the cone gear?
No
@@learnNX Thank you so much!
Is it possible to model a gear with 16 teeth with this tool?
Yes, this is possible, but the lower the number of teeth, the greater the risk of undercuts at the tooth root. Create both gears and check them for collisions when they rotate. Cycloidal gears are more suitable for very small numbers of teeth.
B2A-12-E, not in the download list.
Thanks for the tip. Look now!