A fun project for use with a drill or low power rotor, but for those unfamiliar with the forces at work on a lathe *please do not actually use this on a lathe*. Rotating shafts at a few hundred rpm will lead to catastrophic failure when something moves off center and will likely cause injury, even without much torque behind the shaft. In addition, flexing such as at 5:20 means that a clamped piece moving slightly off center is likely when cutting tools are applied or an object isn't clamped perfectly true to start. Please be safe, even a 1/3hp mini wood lathe can produce enough force to severely injure someone.
i suspect that if you mounted this on an actual headstock even without anything chucked in it, it would shear itself apart in short order. but honestly, I'd actually like to see that.
I can only imagine the amount of time and effort it took designing this stuff. Just designing a track saw rail guide took me several hours in fusion 360, never mind something as complicated as a router lift. Could have worked overtime and paid for a commercial version for less, but wheres the fun in that. 3d printers are awesome for jigs and templates.
@@pierrepintaric8968 I believe folks commonly use a soldering iron to heat the insert, but I would wager most heat sources would work. You could probably even make do with a lighter, though I wouldn't recommend it personally.
Before buying the model, one question: where and why did you choose to use TPU? Isn't a rigid material ok for that application? (planning to build it out of PETG). Thanks, great design work!
thank you, not sure about exact temperature, kept it for around 12 seconds on a gas cooktop, from my experience once it changes in color its overheated, other than that its ok
they keep the rails of the chucks from breaking along the layers from the upword force caused by chucks pushed towards the object, here is the design process where you can see this exact problem:ua-cam.com/video/ZrgyUmOJ1j8/v-deo.html
great progress, but you should rethink how the chuck is designed bottom up, its still made as if its from metal. engineering for 3d printing requires a different approach for really good results
Saya baru belajar ukir metal dan saya datang mencari solusi soal ball vise engraving. Disain ini sangat bagus. Aki pernah membuat dengan bagian dasar bola bowling dan atas kayu tapi di kurang kuat ada sedikit goyangan ketika berputar. Disain ini sangat bagus bila di kombinasikan dengan bagian bawah bola bowling yang di belah separuh
A fun project for use with a drill or low power rotor, but for those unfamiliar with the forces at work on a lathe *please do not actually use this on a lathe*. Rotating shafts at a few hundred rpm will lead to catastrophic failure when something moves off center and will likely cause injury, even without much torque behind the shaft. In addition, flexing such as at 5:20 means that a clamped piece moving slightly off center is likely when cutting tools are applied or an object isn't clamped perfectly true to start. Please be safe, even a 1/3hp mini wood lathe can produce enough force to severely injure someone.
i suspect that if you mounted this on an actual headstock even without anything chucked in it, it would shear itself apart in short order. but honestly, I'd actually like to see that.
Thank you!
@@60secthebaptist9on come on it wouldn't fail without load
That bolt-washer keyway is gold, Awesome project, thanks for showing the flex in the finished product when holding.
This design is missing something: countersunk screws on the front face.
I can only imagine the amount of time and effort it took designing this stuff. Just designing a track saw rail guide took me several hours in fusion 360, never mind something as complicated as a router lift. Could have worked overtime and paid for a commercial version for less, but wheres the fun in that. 3d printers are awesome for jigs and templates.
Nice! Next step could be Lost PLA casting for some metal parts!
Watching the inserts melt into the plastic is memorizing. Great videos
Yup, definitely hard to forget.
Really great, but how to do that?
@@pierrepintaric8968 I believe folks commonly use a soldering iron to heat the insert, but I would wager most heat sources would work. You could probably even make do with a lighter, though I wouldn't recommend it personally.
@@fishrechaun6425 from a previous video it looks like he uses a gas cooktop
@@fishrechaun6425 It makes sense;, but a video to show the process will be great
Love his design process. Though looks like the printer needs calibration again. Over extrusion..
a lathe chuck not shown on the lathe
Before buying the model, one question: where and why did you choose to use TPU? Isn't a rigid material ok for that application? (planning to build it out of PETG). Thanks, great design work!
This is exactly what I was looking for! I just purchased and downloaded the project. Can you send me or post the hardware parts list please?
Why did you open the front face ? It lets dust going inside on the spiral.
Good improvement to split in two pieces jaws ;)
no any functional reason for this, just to see the spiral in work
Best work. I need to know the name of soft-cad used in this ptoject.
yessss! now send it to this old tony, see what he can do hahaha :D
At what temperature did you heat the inserts? they go in perfectly, not to fast not to slow, good job!
thank you, not sure about exact temperature, kept it for around 12 seconds on a gas cooktop, from my experience once it changes in color its overheated, other than that its ok
@@ussadesign thanks for the info!
Is there a particular reason for all of these screws to hold the two pieces together? To me it'd look stiff enough with half the screws.
they keep the rails of the chucks from breaking along the layers from the upword force caused by chucks pushed towards the object, here is the design process where you can see this exact problem:ua-cam.com/video/ZrgyUmOJ1j8/v-deo.html
Yeees! How many printers do you have to keep up these many experiments. What nozzle do you use?
0.4mm nozzle and 6 printer: two x1 winder, one x2 winder, two ender3v3 and hornet
Neat work! Have you considered printing with one of the stronger filaments like nylon with carbon fibers?
thank you, not yet, have to learn how to print those filaments they would definately be better for such projects
As of nown do you have any news to share about that?
great progress, but you should rethink how the chuck is designed bottom up, its still made as if its from metal. engineering for 3d printing requires a different approach for really good results
i can print it a lil smaller right for my dremel?
Terrific!!
Saya baru belajar ukir metal dan saya datang mencari solusi soal ball vise engraving. Disain ini sangat bagus. Aki pernah membuat dengan bagian dasar bola bowling dan atas kayu tapi di kurang kuat ada sedikit goyangan ketika berputar. Disain ini sangat bagus bila di kombinasikan dengan bagian bawah bola bowling yang di belah separuh
THANK YOU !
What software do you use to model the dynamic of your projects?
Rhinoceros 3d, grasshopper
In the following series - a lathe printed on a 3d printer🙂
Nice job
Please give me the stl file. Дай мне пожалуйста стл файл.
nice!! I Love you Chanel!!! thanks!!
Apakah ini bisa di beli🙏
4:05 It got screwed 😁
Espectacular,you would sell that product.I am the first customer.you could to help me? with that.answer me.thanks.
wobble z axis...
Столько геморроя чтоб черенок от лопаты пошкурить?
Нахрена такие сложности??? Всего-то только зашкурить черенок. Всё это можно сделать гораздо проще без печати модели на 3д принтере.
Я скоро опубликую проект, для которого требовался этот инструмент
За изготовление 5, за применяемость неуд. -)))))
1 like the video
2 watch the video