Відео

helped me to make my first robotic arm thank you for your suitable videos

ISO is showing on display, but it doesn't show any design (gear). There doesn't exist any design in the design library. What do I do? There is a one command showing on display that is (ISO/ it doesn't exist)

Thank you very much!!! 🤍

Is this 6 DOF?

Thank you very much sir, you have saved me from my final semester assignment.🙏

wooow amazing work keep going bro 😍😍😍🤪

hi! i cant find your calculation. can yuo please share the link to the video?? thank you!

Very good, this video can be used by other designers for reference. However CMIIW, the nozzle bolt holes should straddle the flange vertical centerline.

i want a file of this design to learn and see all parts of this robotic arm

perfect

Where can we find a gearbox sketch with dimensions?

Can you provide the parts??

good work

옥의 티, 대각선 방향에 위치한 프로펠러의 회전 방향은 서로 반대 방향입니다.

Dear I am inspired by your work, gonna complete this project but May I have these files for better understanding because I am beginner?

Wow Great Dear, Appreciated

Could you please upload the file?

the connection of the hammer mill and the shaft isn't clear ...how can u make it rotate simultaneously with the pulley and the fan

Grat work..... keep it up..

The design is okay but why not talking except sound making noise

Good job sir. what about the impeller?

Good job sir. what about the impeller?

Hello, teacher. The modeling for this robot does not include dynamics, right? If we were to incorporate it, how would we add the blocks to the existing modeling?

Hello, could you tell me how many pieces it has?

Code please

Please do not play music in the background while you are talking. Its very distracting and I can't always hear what you are saying!

even the youtube video makes my device lag

2:07:33 to 2:34:33

From where I can get the perfect dimensions of it?

Good project! Still request to not add music.

this tutorial really made me confused, first you're not make part 5 and then in the part 2 you didn't add thread in the hole but when i saw your assembly it suddenly has a thread

👏👏👏

So good

How are you able to get such a realistic looking appearance for your parts. Need your guidance.

Thanks bro❤

hey thank you for this video and i was wonder how can we add the forward and inverse dynamic and apply control methodes besdies this model

Can I apply that's on Catia ?

This video presented systematic information regarding inverse kinematics. Thank you for this video

Please add a link to the robotic arm model in the description if you can? The video is very good. Thanks for making it.

Thank you , nice video

Amazing video ❤

nice

I want the wiper to go from -45 to 45 degree ... total 90 degree of traversal...what should I change

you didn’t give any dimensions for the beginning of the blade.Please give a certain dimension for the blade plate

does this code work for a 3 dof robot?

Hello I get this error === Simulation (Elapsed: 2 sec) === Error:['TwolinkRobotArmAssembly']: The following errors were found in the model TwolinkRobotArmAssembly. Caused by: ['TwolinkRobotArmAssembly']: Planar Joint 'TwolinkRobotArmAssembly/Planar' has base and follower ports that are rigidly connected; it is ignored. Resolve this issue in order to simulate the model. can someone help me with this error?

I get an error saying === Simulation (Elapsed: 2 sec) === Error:['TwolinkRobotArmAssembly']: The following errors were found in the model TwolinkRobotArmAssembly. Caused by: ['TwolinkRobotArmAssembly']: Planar Joint 'TwolinkRobotArmAssembly/Planar' has base and follower ports that are rigidly connected; it is ignored. Resolve this issue in order to simulate the model. can anyone help me with this error?

Hi, can I get this drawing file

Hi. In gear 3 when you are trying to patern, the edges wont accept the circular pattern. Only one side has the edge fillet. Wont tgat be concerning? Tanx for your videos btw

had barely started learning solidworks. rather difficult on my own. but then I saw the start of the video and is exactly what I was looking for to do. then continued to watch some more. now I'm sweating buckets in anticipation for studying.