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Robo CAD
Приєднався 19 бер 2023
Welcome to our UA-cam channel, dedicated to helping learners of all levels. Here, you'll find a comprehensive collection of instructional videos and Projects on SolidWorks, AutoCAD, Arduino, Tinker CAD and many other software, designed to help you develop your skills and achieve your goals.
Whether you're a complete beginner or an experienced designer looking to expand your knowledge, our channel has something for everyone. Our tutorials cover a wide range of topics, from the basics of 3D modeling, assembly to advanced techniques, Geometric Dimensioning and tolerancing. Also we cover Arduino and basic circuits as well.
Explore our comprehensive Lean Six Sigma playlist featuring detailed videos. Master essential concepts like Lean Manufacturing, Process Mapping, and Types of Data.
Whether you're a complete beginner or an experienced designer looking to expand your knowledge, our channel has something for everyone. Our tutorials cover a wide range of topics, from the basics of 3D modeling, assembly to advanced techniques, Geometric Dimensioning and tolerancing. Also we cover Arduino and basic circuits as well.
Explore our comprehensive Lean Six Sigma playlist featuring detailed videos. Master essential concepts like Lean Manufacturing, Process Mapping, and Types of Data.
Hello World Program in C: Your First Code Explained | Robo CAD
In this video, I explain how to write and run your first program in C: printing "Hello World" using Visual Studio Code (VS Code). Along with the basics of writing a simple program, I cover:
The purpose of the #include stdio.h library.
The role of return 0 in the code.
How the printf function works to display output.
Additional examples of printing other sentences, such as "I am a student."
#robocad
#cprogramming
#helloworld
#codinginc
The purpose of the #include stdio.h library.
The role of return 0 in the code.
How the printf function works to display output.
Additional examples of printing other sentences, such as "I am a student."
#robocad
#cprogramming
#helloworld
#codinginc
Переглядів: 4
Відео
How to Install VS Code and GCC Compiler for C Programming | Robo CAD
Переглядів 3822 години тому
This video tutorial is about downloading and installing VS Code and GCC compiler. necessary packages were installed for the Compiler. Also, extensions were installed for vs code to run c codes on it as well. The installation was verified through running a simple code at the end. #ccoding #coding #robocad #programming
Engine Motion Study and Exploded View and Animation in SOLIDWORKS
Переглядів 41День тому
This solidworks tutorial on engine offers motion study analysis on engine. Also, the exploded view of engine is created in the solidworks tutorial. Animation is also created in this tutorial as well. Here is the link of complete videos on Engine: ua-cam.com/play/PL_gRt21XQOImDA6CtnAcPcrh9EufORvni.html&si=zWkWRuQe9IhZLPcm #engine #solidworks #robocad
Engine in SOLIDWORKS | Robo CAD
Переглядів 69День тому
This complete playlist on engine offers 3D cad modeling of engine parts that include piston, crank shaft, piston rings, shaft. All of these parts will get assembled in the assembly tutorial on engine. This playlist also offers Exploded view and motion study analysis on engine as well in solidworks. Here is the link of complete videos on Engine: ua-cam.com/play/PL_gRt21XQOImDA6CtnAcPcrh9EufORvni...
Piston Ring and Shaft for Engine in SOLIDWORKS | Robo CAD
Переглядів 30День тому
This solidworks tutorial is about creating 3D cad models of piston ring and shaft. we will assemble these with engine while creating the Engine Assembly in solidworks. Here is the link of complete videos on Engine: ua-cam.com/play/PL_gRt21XQOImDA6CtnAcPcrh9EufORvni.html&si=zWkWRuQe9IhZLPcm #engine #solidworks #robocad
Engine Assembly in SOLIDWORKS | Robo CAD
Переглядів 142День тому
This solidworks assembly tutorial is about assembling engine parts including Piston, Crack Shaft, Connecting Rod, Piston Rings and Shaft. Here is the link of complete videos on Engine: ua-cam.com/play/PL_gRt21XQOImDA6CtnAcPcrh9EufORvni.html&si=zWkWRuQe9IhZLPcm #engine #solidworks #robocad
Propeller Jet in SOLIDWORKS | Robo CAD
Переглядів 30День тому
Welcome to this video on Propeller Jet in solidworks. The purpose of this video is to provide you the basic 3d cad modeling tutorials on propeller jet where i have explained how to model parts separately and then assembling them. The Link of Complete Playlist on Propeller Jet: ua-cam.com/play/PL_gRt21XQOImK7ziztGYoUxjVHXYARVlf.html&si=vgG0Iz_e5kAD4ne_ #robocad #propeller #mechnicalengineering
Propeller Jet Exploded View in SOLIDWORKS | Robo CAD
Переглядів 31День тому
This solidworks tutorial is about creating the Exploded view of propeller jet in solidworks. The Link of Complete Playlist on Propeller Jet: ua-cam.com/play/PL_gRt21XQOImK7ziztGYoUxjVHXYARVlf.html&si=vgG0Iz_e5kAD4ne_ #robocad #propeller #mechnicalengineering
Robotic Gripper in SOLIDWORKS | Robo CAD
Переглядів 79День тому
This is the first solidworks tutorial on Robotic gripper which is basically descrives the flow of the complete playlist on modeling of all parts of Robotic Gripper in SOLIDWORKS, then assembling and making the exploded view of the gripper in solidworks. Following is the Link of Complete Playlist on Robotic Gripper: ua-cam.com/play/PL_gRt21XQOIkwIH1TYXJkQS0kMJ59q2-G.html&si=dwCWrrxEfiB0qDqJ #mec...
Exploded View of Robotic Gripper in SOLIDWORKS | Robo CAD
Переглядів 48День тому
This solidworks tutorial is about creating the Exploded View of the robotic gripper in solidworks. This robotic gripper can be attached with the robotic arm as well. with some Additional modifications, this robotic gripper can be 3d peinted as well. But definitely to make it functional it requires modifications in design as the purpose of this whole playlist on robotic gripper is to provide a c...
Assembly of Robotic Gripper in Solidworks | Robo CAD
Переглядів 523День тому
This tutorial is about assembling of parts of robotic gripper in solidworks. The parts includes gripping element, motor attachment, Pins for mounting, Plates for holding all parts and clamps. Following is the Link of Complete Playlist on Robotic Gripper: ua-cam.com/play/PL_gRt21XQOIkwIH1TYXJkQS0kMJ59q2-G.html&si=dwCWrrxEfiB0qDqJ #mechanicalengineering #robocad #roboticarm
Pin and Aligner Updated for Robotic Gripper | Robo CAD
Переглядів 41День тому
This solidworks tutorial on Robotic Gripper is about how to make changes in already created solidworks files. The Pin and Aligner were updated in this solidworks tutorial to match the gripper requirements. Following is the Link of Complete Playlist on Robotic Gripper: ua-cam.com/play/PL_gRt21XQOIkwIH1TYXJkQS0kMJ59q2-G.html&si=dwCWrrxEfiB0qDqJ #mechanicalengineering #robocad #roboticarm
Robotic Gripper in SOLIDWORKS | Motor Attachment and Pin Design
Переглядів 122День тому
This Video is about Design pin and motor attachment for the robotic gripper in solidworks software. The oin will be used to assemble different parts of the gripper and the motor attachment will be used to attach the motor for the gripper. Following is the Link of Complete Playlist on Robotic Gripper: ua-cam.com/play/PL_gRt21XQOIkwIH1TYXJkQS0kMJ59q2-G.html&si=dwCWrrxEfiB0qDqJ #mechanicalengineer...
Gripping Element and Gear Design for Robotic Gripper | Robo CAD
Переглядів 85День тому
This solidworks tutorial is about designing the teeth for gripping element and tge Gear as well. The Gears will transmit the motor power to rotate the gripping element of the robotic gripper and this will help the gripper to grab something. ua-cam.com/play/PL_gRt21XQOIkwIH1TYXJkQS0kMJ59q2-G.html&si=dwCWrrxEfiB0qDqJ #mechanicalengineering #robocad #roboticarm
Gripping Element Design for Robotic Gripper in SOLIDWORKS | Robo CAD
Переглядів 1242 дні тому
This solidworks tutorial is about designing a Gripping element for the Robotic gripper. it is used to grip some parts. it has rotational motion to get open and close. Here is the Link of all parts and assembly of the Robotic Gripper: ua-cam.com/play/PL_gRt21XQOIkwIH1TYXJkQS0kMJ59q2-G.html&si=dwCWrrxEfiB0qDqJ #roboticgripper #roboticarm #solidworks #robocad
Robotic Gripper Design in SOLIDWORKS| Clamp and Aligner
Переглядів 7614 днів тому
Robotic Gripper Design in SOLIDWORKS| Clamp and Aligner
Robotic Gripper Design in SOLIDWORKS | Holding Plate | Robo CAD
Переглядів 10714 днів тому
Robotic Gripper Design in SOLIDWORKS | Holding Plate | Robo CAD
Ansys Tutorial: Static Structural Analysis
Переглядів 55Місяць тому
Ansys Tutorial: Static Structural Analysis
Ansys Tutorial Modeling and Analysis of a simple Beam | Robo CAD
Переглядів 38Місяць тому
Ansys Tutorial Modeling and Analysis of a simple Beam | Robo CAD
Add Row or Column in Excel | Move Rows and columns
Переглядів 842 місяці тому
Add Row or Column in Excel | Move Rows and columns
Basic Formulas in Excel | Tutorial 02
Переглядів 802 місяці тому
Basic Formulas in Excel | Tutorial 02
Pipe Joint Four Way in SOLIDWORKS | Robo CAD
Переглядів 2514 місяці тому
Pipe Joint Four Way in SOLIDWORKS | Robo CAD
Ball Bearing SolidWorks Design and Assembly | Robo CAD
Переглядів 1554 місяці тому
Ball Bearing SolidWorks Design and Assembly | Robo CAD
Gantt Chart in Microsoft Excel | Robo CAD
Переглядів 284 місяці тому
Gantt Chart in Microsoft Excel | Robo CAD
SOLIDWORKS Tutorial Shear Stress Analysis FEA | Robo CAD
Переглядів 934 місяці тому
SOLIDWORKS Tutorial Shear Stress Analysis FEA | Robo CAD
Solidworks FEA Tutorial to find and compare FOS, Stess, strain | Robo CAD
Переглядів 744 місяці тому
Solidworks FEA Tutorial to find and compare FOS, Stess, strain | Robo CAD
Solidworks Simulations Tutorial Beam Displacement and FOS | Robo CAD
Переглядів 424 місяці тому
Solidworks Simulations Tutorial Beam Displacement and FOS | Robo CAD
SOLIDWORKS Modeling Assembly and FEA | Robo CAD
Переглядів 374 місяці тому
SOLIDWORKS Modeling Assembly and FEA | Robo CAD
provide cad link also
Thank you, your tutorial was really helpful ! Love from France to Pakistan ! Keep doing your great work !
@@TheSanAnt0ni0 Thank you.
So weldon sir
@@cadcaetutorial2039 Thanks
Thanks
So Perfect sir
Thanks
Nice, but the bottom of your keyway follows the contour of the outer surface. It is not flat. You should construct a plane tangent to the shaft and reference it instead for this purpose.
Correct
how the motors are integrated with the links
@@habtubeyene6371 Motors can be attached if we make modifications in this model. This is just a conceptual design.
can it be 3d Printed
@@chuzagamer6160 Yes, this wheel can be 3d printed. The purpose of this video is to show the modeling technique without being focused on 3D printablity.
Where is the drawing plan, it is better to make it easier to learn to read engineering drawings
@@miipauu3173 No, i have not added drawings.
What's the diameter of the circle 😊
@@KhalidGill-h3v Which diameter? and is it not defined in the tutorial?
Thank you! Great lesson!
@@АлексейЮжаков-л8ш Welcome
Thank you! Great lesson!
@@АлексейЮжаков-л8ш Welcome
you didn't explain how did you get the 120 & 240 !!!!!!
Thank you for your comment! All the measurements used in this video were taken from a solved example. The purpose of the video is to demonstrate how to model helical gears when all the necessary calculations are already available. The values 120 and 240 are likely the pitch circle diameters. This video is specifically focused on the modeling process, not on performing the calculations.
Thanks bro
Welcome
Is this four bar mechanism?
@@nadamostafa523 No. this is a robotic arm
sir, can you make full fledged bike gear box system in solidworks. pls help me sir
@@SITARAMCHANDRADHARA Search on UA-cam or GrabCAD. i hope you can easily find that gearbox system. making that system require a lot much time and unfortunately i am very busy these days.
Hi , this was an awesome tutorial but i wanted to know how to did you calculated the the dimension , i mean did you take it form somewhere or did you calculated them by yourself , because i wanted to make my own robotic arm so just asking about ,it would be great help in it
@@OtakuWHISPER02 i took the dimensions from somewhere.
@@OtakuWHISPER02 i took dimensions from somewhere.
Thanks alot
@@Averageperson770Welcome
Very clear explanation and informative!!! Thank you so much
@@sath7760 Thank you so much
thank you sir
@@oliullaholiverynice4571 Wel come
thank you sir
@@buddhaabuser wel come
thank you sir
Welcome
🔥♥♥
Very informative and nice video
Thank You So much Aunty Riffat.
Very well explained ❤
@@wilsonlopez4147 Thanks
All video was good but you make thread command more complex we can easily make by thread command instead of doing all these stuff
@@ansarnaseer4 Yes you are right. I have explained other commands in other tutorials as well. The only benifit of using this command is that we can create custom threads that are not available in solidworks thread options. Other than that, we can use the easy way for threading. But Yes, you are correct 100% and your feedback is valuable. Thanks
Can I put reducer between those bearings
@@barashbehched9868 are you talking about Gear reducers? if yes, then for modeling point of view it is possible with modifications.
Just one gear reducer and the shaft is the shaft of the wheel.
@@barashbehched9868 yes
Please also make a video on how to export the BOM to Excel.
okay
Very nice. Quick and precise. Thanks.
Thanks
Superb 👍
Thanks.
thank you for your information You have all the appreciation and respect for your effort
@@hassangamal8205 Thank you so much. ✨✨
the video, it's super explanatory, but I have no experience with Solid Works and it was hard for me to follow it, but what I need is very simple for someone with your experience: I have an idea but I need to generate the plan of an inclined cone. Can you help me?
@@iamoodboard okay. how i can help you then?
Hi! im new in Solid works, i need to draw a cone and convert in a plane (like your video) can you help me with that? How much cost, Thanks again, great video!
Yeah you can do it. i can explain to you and there is no cost. is it hard for you to follow the steps in this video? or what exactly is the problem?
i believe every step required to make a cone in solidworks is explained in this video.
Great work 🫡
@@LO-FIworld07 Thank you
Nice 🎉
@@k.dhivakar5238 Thanks
obrigado
Welcome Brother.
Very useful video i daily watch and practice thank you 👍🏻
@@LO-FIworld07 That's Great to hear. Thank you so much.
Amazing sir
@@cadcaetutorial2039 Thanks
This lecture is very weldon sir
Thanks
Que calidoso bemdiciones
Thank you for your kind words. Blessings to you too.
🇧🇩
@@aynulhossain7663 ❤️
good work..
@@aynulhossain7663 Thanks Brother
شكرا جزيلا يا اخى
Thanks
y 2 rods?
One Rod For motion transfer and the other one is shaft for motor attachment.
Thank you for posting these videos I really appreciate it
@@chasejohnson6453 Welcome Sir.
Thank you very much for this. I learned in 8 minutes what took 2 years for me to be taught.
Great to hear that. Thank you for such a lovely comment.
Can you provide the measurements to do in fusion 360???
There are too much dimensions in this Robotic arm which i am unable to provide, you can watch the video and along side model the robotic arm on Fusion 360.
Can you provide the measurements to do in fusion 360???
There are too much dimensions in this Robotic arm which i am unable to provide, you can watch the video and along side model the robotic arm on Fusion 360.
what is the application of this assembly?
This assembly can be used as subassembly of conveyor belt system.
@@CAD5-Minute if we mount gear on the shaft and connect that gear to the belt is it possible?
just for modeling purpose, Yes it is possible. It depends on what you actually want to achieve from that assembly.
does the orange part rotate too ?
if you are talking about the Shaft, yes it rotates. But the relative motion of the shaft and Bearing would be different in reality.
0.5mm bi directional for the opening in my opinion is way too much. You should make the cut as small as possible. I usually choose 0.05 bi directional because when welding a loft like this you will weld it with the sheetmetal halves touching eachother and with a 1mm cut with you will lose this width when welding it.
Actually this is a tutorial of how to model things. Practically there can be many possibilities which must be considered, and one you have explained. I like the comment. Thanks for the great feedback.