I would recommend to add a video of how you took the measures of the existing broken piece. Also, it would probably be good to add some sort of reinforcement so the tab\clip doesn't break on the new one.
Where you added the 45 degree chamfer, a trick we use is to add a very thin layer between the small & larger holes. This way the printer won't "see" a cantilever, but will span the hole (not needing support) and you can go in with a drill later and knock it out.
Man, your tutorials are great, and I really appreciate the effort of this video. But this is just another "how to model this particular piece" tutorial. What it's really challenging for something like this is taking the correct measurements of the non linear areas, how to figure out the fillet radius etc. Regards
Adafruit Industries Can you talk about the difference in measurement in the part that a 3D printer produces than the actual measurements that you drew the part with. I have a Taz4 and I have to make all my parts approx. 0.5mm smaller on each edge in order for it to fit like the original part.
Hi Noe Great Video as always. Have learned a lot watching your layer by layer Videos. Future Topics. (1) Designing items that contain moving parts like a Ball Bearing. (2) The proper use of Support Materials. When it's required and it's proper use. Cheers Willy
Awesome. This is the main reason I would buy one If they weren't so expensive. Ever since I knew about 3D printers I always find things that break and think: If only I had a 3d printer to print out a replacement part.
+DanR You spoke my mind. I have this damn twisty knob in my car which broke, i just need to print a new rod that connects to the knob. Spend way to long with crappy glues that fail.
I would recommend to add a video of how you took the measures of the existing broken piece. Also, it would probably be good to add some sort of reinforcement so the tab\clip doesn't break on the new one.
how did you measure the fillet part? thanks
Thanks so much Noe! This is like getting 1-on-1 3d design tutoring. Can't wait to try it.
Where you added the 45 degree chamfer, a trick we use is to add a very thin layer between the small & larger holes. This way the printer won't "see" a cantilever, but will span the hole (not needing support) and you can go in with a drill later and knock it out.
Man, your tutorials are great, and I really appreciate the effort of this video. But this is just another "how to model this particular piece" tutorial. What it's really challenging for something like this is taking the correct measurements of the non linear areas, how to figure out the fillet radius etc. Regards
Great video, and thank you for the timeyou pit in. Could you go over a few tips on measuring and calculating the fillet?
simply brilliant, please keep up the great work
The "NOE" on your hat reminds me of the font used on Dodge/Plymouth Neons. Would that happen to be where it came from?
Cool! I like fixing things at home also, so this was a good practical way of learning how to use the program
Thanks for putting the time into another great video
Thanks so much for sharing these videos. They really are helping me move beyond simple "2D with height" models.
Adafruit Industries Can you talk about the difference in measurement in the part that a 3D printer produces than the actual measurements that you drew the part with. I have a Taz4 and I have to make all my parts approx. 0.5mm smaller on each edge in order for it to fit like the original part.
What is the software you’re using to do that?
Hi I'm looking for a 3d printer under $500 what do you recomen
I was looking at the CTC 3D Printer DUPLICATOR 4 Dual Extruders
thanks for your help
How did you open the properties window for the different shapes in 123?
This is great video if you also include how you measure that small piece.
Hi Noe
Great Video as always. Have learned a lot watching your layer by layer Videos.
Future Topics.
(1) Designing items that contain moving parts like a Ball Bearing.
(2) The proper use of Support Materials. When it's required and it's proper use.
Cheers
Willy
Simple and beautifully explained.. Thanks
What program did you use
Awesome. This is the main reason I would buy one If they weren't so expensive. Ever since I knew about 3D printers I always find things that break and think: If only I had a 3d printer to print out a replacement part.
+DanR You spoke my mind. I have this damn twisty knob in my car which broke, i just need to print a new rod that connects to the knob. Spend way to long with crappy glues that fail.
If you import an existing stl file how do you filet the edges?
I can't seem to get it to work
Can you please discuss making snap-fit parts in 123D?
Learned something new today, Thanks.
I don't know if you do these but you should do one of these videos once a week
you should show how to make a 3d enclosure for a 19.2v DieHard drill
great instrucion, thanx a lot!
Thank you for watching!
ty
This was so awesome! Subscribing! :)
Nice, good job :D
Its great job sir and super . Which software use to you sir. I want to send you that link in my mail id some basic tutorial too send my id and thanks
thats awesome
AWESOME
"I accidentally..."
For real? (lol!) :*)
Круто мужик! ;-)