3D Printable Orange Peeler with Fusion 360 | Practical Prints #8
ฝัง
- เผยแพร่เมื่อ 15 พ.ค. 2024
- Learn how to Reverse Engineer a 3D Printable Orange Peeler in Fusion 360. This model will be done solely by referencing other images and guesstimating dimensions. If you'd to see some reverse engineering videos with the use of Calipers, then let me know in the comments!
TIMESTAMPS
0:00 - Reverse Engineering an Orange Peeler
1:00 - Figuring out the manufacturing method
2:07 - Finding reference images
2:39 - Sketching the cylindrical shape
4:00 - Creating the attached arc
7:10 - Joining the extruded body
8:15 - Creating curved support
11:00 - Creating the cutting piece
13:00 - Rounding over the edges with Fillets
14:14 - Splitting the body and creating chamfer
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QUESTION
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*FREE DOWNLOAD* - Get the Orange Peeler STL file: bit.ly/OrangePeelerSTL
It would be very helpful to see a more complex product design. The first several videos give a good idea of how to use fusion 360, but maybe its time to see something a bit more complicated? Like how the gear tutorial was simple, but it had motion and was interesting. Maybe a design of a small rotating arm with a couple gears or something like that? Great tutorial btw!
Hey i'd love to see some tutorials on different joints to connect bigger 3d prints
Yes, please more reverse engineering with Calipers. I have something I can mail you if needed
you are such a big help. i have a difficult time sitting, and learning programs on my own. even most videos are difficult to stay interested in. i got a lot out of this seemingly simple project. thank you.
Loads of great info in this video thank you Kevin.
This is great - appreciate the videos.
We have struggled with the oranges and clementines lately as we both have joint pain issues, But i have a 3 D Printer so i must try this out. It tells me we could look at designing soup can lid openers and other aids to help folks with join issues in there hands, Its a while new thinking of what to use 3D Printing for. Great sessions I learned about 5 new tips just in the one. You run in sketch much longer than i do. I draw then immediately get into 3D editing. Heck you are adding constraints and using tools like arc i never knew where that was. I have designed and built a 3D Printed Model Train Steam Engine tender chassis. Here i not only replaced the flat plate I added a set of adaptors to help hold a wide range of electronics for digital control, sounds and regulators for voltage. It has been a blast. Thank You for such a great job, D
great video, I will love to see more advance videos.in the future. thanks the all the work
*TIMESTAMPS*
0:00 - Reverse Engineering an Orange Peeler
1:00 - Figuring out the manufacturing method
2:07 - Finding reference images
2:39 - Sketching the cylindrical shape
4:00 - Creating the attached arc
7:10 - Joining the extruded body
8:15 - Creating curved support
11:00 - Creating the cutting piece
13:00 - Rounding over the edges with Fillets
14:14 - Splitting the body and creating chamfer
Thanks for this excellent tutorial! How do you put the skeet palette in the top? Regards
K, Yes please continue with this series. It would be nice to see the final results. Did it work? Did it print? Maybe a part 2 for this project would be good so we can see the complete project/results etc. Now it feels half done, where's the results? Thanks for doin this
Thank you for another solid tutorial and for the book suggestions. I've added them to my wish list. I particularly liked this tutorial since you presented the project at the beginning so I could attempt it and then compare and contract your modeling with my attempt. A few thoughts on the differences:
+ I was surprised that you did not use a Canvas. I found some good side views from a quick Google search, and once the ring is sized, all the other geometry falls into place.
+ When there is symmetry like this object, I like to do a symmetric extrude to keep the object mirrored about an origin plane. For this object it made the extrude slightly more complicated since a 'From Object' and a 'To Object' is needed to keep the link to the depth of the ring, but it eliminated the needed for a mid-plane for the sketch for the cutter.
+ For support between the ring and the arc, I used a fillet rather than author an arc in a sketch.
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In all the close-up reference images I viewed, the triangle cutter is sharp...easily fixed with a chamfer, but for 3D printing I might make the cutter a bit more blunt and add a small fillet between the cutter and the ring.
Reference designs with calipers please
Great tutorial, thanks.
I was also expecting you to use the offset to extrude to make the ring supports and edge, is there a reason you didn’t?
Also, from a functional perspective, I was expecting the cutting triangle to be turned into an edge rather than a triangular prism. I’m not sure how well this design would work at present.
Thanks again for great tutorials. They are teaching me a lot, and I’ve subscribed on Patreon.
Hi Kevin, I wonder, I would do the whole object from the middle of the symmetrical line and then extrude the part both ways in the end. That way there is no need for switching to the middle plane. Would there be a reason why this isn't a good solution? Thanks for the tutorial. I will remake the orange peeler as well, my hands are itching to improve on the design ;)
Should I share the final outcome somewhere?
Make more videos on a 3D printer that prints plastic
Really like the reverse engineering element. One of the most useful things I use my 3d printer for is replacing broken things around the house. How about a TV remote battery cover?
how you did that footoge of printing?
It appears the two bodies were not joined at the end!!!
Very interesting as always. Just curious did you try out your print on an orange?
Yep! You can see a little bit of it at the very beginning... Works pretty well but since I don't have the "original" product I guess I can't really compare it with that :)
Might have been an idea to chamfer the cutting side of the cutter?
Maybe the question has already been asked but did the triangle actually cut? Looks like that the square edge would tear the skin more than slicing it?
Hi I am a student at university studying product design and was just wondering if you had any recommendations for a good first 3D printer I would be able to print out some basic models. Kind regards Ed
Auto project edges on reference option is really cool. Is it recommend to have it enabled?
It used to be a default setting, but a lot of users didn't realize what was happening and it caused many files to have tons of projected geometry.
I would recommend it if you understand it and keep an eye on it. At times, it may project too much unwanted geometry, and may be better to undo and manually project it.
Thanks for this video! Your whole channel had been great in helping me learn Fusion 360.
However, whenever I try doing the chamfer for 14:48, I keep getting this message:
Error: The fillet/chamfer could not be created at the requested size.
Try adjusting the size, deselecting some of the edges (try disabling Tangent Chain), or using multiple separate operations.
What should I do differently?
Double-check that Tangent Chain is unchecked and try selecting individual line segments/arcs. If that's not it, I'd have to see your file to investigate further. You can share in the community space if you'd like - community.productdesignonline.com/
@@ProductDesignOnline Thanks for your help. I was able to chamfer the straight lines but not the curved ones. So I used sweep cutting as an alternative and that worked.
hello, can you share model itself, ?
I think a good reverse engineering modeling example would be battery covers for TV remotes.
it would be great if we could see the end product printed at the end of the video.
Way so much sketchs??
I think that it is possible to make it with ONE sketch and use the offset in the extrude for the catting tool.
Is it necessary to use a plane to split body, or can the face be used too? Or is it just a good practice to use construction planes?)
Great question! You could reference the face. However, it's considered a best practice to use an additional construction plane as that face could be altered, resulting in "lost" relationship between features. As an example, adding something like fillets or a chamfer to that face could cause the split body command to lose its reference. It could be fixed by editing the feature... But with large CAD assemblies the little things like that start to add up and become a huge pain point :)
@@ProductDesignOnline I see... Thank you for clarifying)
Nice tutorial for beginners. Anyway was faster to use a blend between the ring and second shape, instead of a sketch...
I feel the cutter is more pyramid shaped than triangle shaped.
to make it sharper you can add chamber on two front sides of that triangle thing
At seen 7:57 it looks like a man
lol! 😂