![CADCreators](/img/default-banner.jpg)
- Видео 34
- Просмотров 30 680
CADCreators
Индия
Добавлен 9 янв 2017
Welcome to CADCreators, your premier destination for 3D modeling, CAD design, and digital creativity.
🎨 Dive into the world of Computer-Aided Design (CAD) with us as we explore the art and science of transforming ideas into stunning 3D creations. Whether you're a pro or just starting, our channel is your go-to source for design inspiration, software insights, and CAD mastery.
🖥️ From SolidWorks to AutoCAD, PTC CREO to Blender, and others we've got it all covered. Our videos range from software tutorials to captivating time-lapses of intricate 3D models. We're here to fuel your design passion and elevate your skills.
🌟 Join our CAD community of enthusiasts, makers, and visionaries. Subscribe now for limitless design possibilities. Together, we'll innovate and shape the future, one pixel at a time.
📌 Hit that subscribe button and enable notifications to stay updated on our latest design content.
Thank you for choosing CADCreators as your CAD design hub. Let's craft the future in 3D!
🎨 Dive into the world of Computer-Aided Design (CAD) with us as we explore the art and science of transforming ideas into stunning 3D creations. Whether you're a pro or just starting, our channel is your go-to source for design inspiration, software insights, and CAD mastery.
🖥️ From SolidWorks to AutoCAD, PTC CREO to Blender, and others we've got it all covered. Our videos range from software tutorials to captivating time-lapses of intricate 3D models. We're here to fuel your design passion and elevate your skills.
🌟 Join our CAD community of enthusiasts, makers, and visionaries. Subscribe now for limitless design possibilities. Together, we'll innovate and shape the future, one pixel at a time.
📌 Hit that subscribe button and enable notifications to stay updated on our latest design content.
Thank you for choosing CADCreators as your CAD design hub. Let's craft the future in 3D!
7 minutes How to design geneva gear in solidowrks exercise 3d modelling
#solidworks #exercise #geneva #gear #cadcreators #howtomake #subscribe #3dmodeling #solidworksproject
#project
How_to_design_geneva_gear_in_solidowrks_exercise_cadcreators_3d_modelling
This video is going to help us in making a simple 5slotted geneva gear in solidworks using basic features like sketch, extrude, pattern,etc.
The Geneva gear is used in mechanism that translates a continuous rotation movement into intermittent rotary motion. The rotating drive wheel is usually equipped with a pin that reaches into a slot located in the other wheel that advances it by one step at a time.
Software used is Solidworks.
grabcad.com/neeraj.kumar.singh-2
#project
How_to_design_geneva_gear_in_solidowrks_exercise_cadcreators_3d_modelling
This video is going to help us in making a simple 5slotted geneva gear in solidworks using basic features like sketch, extrude, pattern,etc.
The Geneva gear is used in mechanism that translates a continuous rotation movement into intermittent rotary motion. The rotating drive wheel is usually equipped with a pin that reaches into a slot located in the other wheel that advances it by one step at a time.
Software used is Solidworks.
grabcad.com/neeraj.kumar.singh-2
Просмотров: 47
Видео
Short Animation video in Blender | Stormy Ocean view | my first Animation video | @CADCreators
Просмотров 66Год назад
Hello everyone, This is my first full animation in Blender. comment your suggestions. Witness a stormy ocean's raw power and beauty in my debut animation video. Immerse yourself in crashing waves, swirling waters, and ominous skies, accompanied by a haunting soundtrack. Join me on this breathtaking journey where nature's fury meets the art of animation. Subscribe for more captivating creations....
How to make Scotch Yoke Mechanism in Solidworks | Tutorial | step by step
Просмотров 318Год назад
How to make Scotch Yoke Mechanism in Solidworks | Tutorial | step by step Unleash your mechanical design skills with our highly engaging SolidWorks tutorial on creating and analyzing the incredible Scotch Yoke mechanism. Follow our expert guidance as we walk you through every aspect, from component design to motion analysis. Witness the power of SolidWorks in action as we optimize performance a...
How to Design Worm Gear Shaft in Solidworks | Tutorial | part modelling
Просмотров 529Год назад
This is about the design/modeling of a worm gear shaft generally used for power transmission. In the video, we will learn the various commands of Solidworks such as- Helix, Spiral, Extrude, Swept Boss, fillet, chamfer, and many others. please watch the full video to understand how to work with Solidworks. I apologize for some mistakes in 2d view profile of the shaft* kindly follow the 3d model ...
How to design belt and pulley drive in solidworks | Full Tutorial | Part modeling
Просмотров 92Год назад
This is the solidworks tutorial on Belt and pulley design with motion animation. ruclips.net/video/VLtBOLyVK5I/видео.html Link for a detailed video on design of the pulley driver and driven both with full assembly and motion animation.
Solidworks Tutorial |How to design Belt and Pulley Drive | CAD CAM | Part modeling
Просмотров 171Год назад
In this tutorial, we design a belt-driven transmission system used in various industrial applications. This is the Belt and Pulley assembly design and motion. Solidworks Command we are going to learn are: Revolve, Extrude, Pattern, Fillet, making new planes Assembly of the pulley, Also, join our Telegram Channel for the latest updates and discussions around 3-D modeling and simulations- t.me/Pa...
How to Use | Revolve Command | Solidworks Tutorial | Beginner's guide
Просмотров 28Год назад
The video is about the use of revolve command for 3d modeling in Solidworks. There are 3 times use of revolve command to learn it better. This command is generally used to make a model around a centreline or line. Please support us by subscribing to the channel and sharing and liking the video. It will motivate us to keep creating new content. Also, join our Telegram Channel for the latest upda...
How to Design Beam Pump Mechanism | Sucker Rod Pump | Solidworks Tutorial
Просмотров 534Год назад
This is my other work on Solidworks describing the working principle of the beam pump or sucker rod pump. This mechanical mechanism is an artificial lift pumping system using a surface power source to drive a downhole pump assembly. A beam and crank assembly creates reciprocating motion in a sucker-rod string that connects to the downhole pump assembly. The pump contains a plunger and valve ass...
Slider-Crank Mechanism | Solidworks Tutorial for beginners | by Neeraj & team
Просмотров 868Год назад
Slider-Crank Mechanism | Solidworks Tutorial for beginners | by Neeraj & team
Whitworth Quick Return Mechanism | Solidworks | Project | Tutorial created by Neeraj & team
Просмотров 1,4 тыс.Год назад
Whitworth Quick Return Mechanism | Solidworks | Project | Tutorial created by Neeraj & team
Crank- Slotted Link Quick Return Mechanism | SolidWorks project | Design, and Simulation | Tutorial
Просмотров 1,5 тыс.Год назад
Crank- Slotted Link Quick Return Mechanism | SolidWorks project | Design, and Simulation | Tutorial
Logo Reveal Animation | Part Modelling | Made Easy
Просмотров 82Год назад
Logo Reveal Animation | Part Modelling | Made Easy
Spur gear Design and Mechanism Part 2 Assembly Animation Servomotors | Creo Tutorials
Просмотров 1052 года назад
Spur gear Design and Mechanism Part 2 Assembly Animation Servomotors | Creo Tutorials
Spur gear Design and Mechanism Part 1 | Creo Tutorials |
Просмотров 2122 года назад
Spur gear Design and Mechanism Part 1 | Creo Tutorials |
Car vacuum cleaner | Product Design | PTC Creo | Animation
Просмотров 1692 года назад
Car vacuum cleaner | Product Design | PTC Creo | Animation
Car vacuum cleaner | Full assembly | Product design Part-6 | PTC Creo
Просмотров 2362 года назад
Car vacuum cleaner | Full assembly | Product design Part-6 | PTC Creo
Car vacuum cleaner | Motor | Product design Part-5 | PTC Creo
Просмотров 1592 года назад
Car vacuum cleaner | Motor | Product design Part-5 | PTC Creo
Car vacuum cleaner | Impeller | Product design Part-4 | PTC Creo
Просмотров 5532 года назад
Car vacuum cleaner | Impeller | Product design Part-4 | PTC Creo
Car vacuum cleaner | Front cover | Product design Part-3 | PTC Creo
Просмотров 2792 года назад
Car vacuum cleaner | Front cover | Product design Part-3 | PTC Creo
Car vacuum cleaner | Back cover | Product design Part-2 | PTC Creo | Render studio
Просмотров 4272 года назад
Car vacuum cleaner | Back cover | Product design Part-2 | PTC Creo | Render studio
Car vacuum cleaner | Back cover | Product design Part-1 | PTC Creo | Surface modeling
Просмотров 1,6 тыс.2 года назад
Car vacuum cleaner | Back cover | Product design Part-1 | PTC Creo | Surface modeling
3d Ball Bearing in PTC Creo part modelling
Просмотров 912 года назад
3d Ball Bearing in PTC Creo part modelling
How to use Revolve, Pattern(axis) and Round in Creo parametric | Tutorials
Просмотров 1552 года назад
How to use Revolve, Pattern(axis) and Round in Creo parametric | Tutorials
How to use Sweep, Mirror and Extrude in Creo Parametric | Tutorials
Просмотров 3062 года назад
How to use Sweep, Mirror and Extrude in Creo Parametric | Tutorials
How to use Sweep Blend and Chamfer in Creo Parametric | Tutorial
Просмотров 1072 года назад
How to use Sweep Blend and Chamfer in Creo Parametric | Tutorial
How to make new planes parallel & at an angle in Creo Parametric | Tutorial
Просмотров 17 тыс.2 года назад
How to make new planes parallel & at an angle in Creo Parametric | Tutorial
How to take 65 r 40 degree on plane
Really helpful thanks a lot ❤
*Promosm* 👍
Can you share the file in the description
Hi you can join the telegram group and we can share there.
bro you dont have mouth...atleast speak explain... who need backround music
Good
Nice
Thank you very much. It was very informative.
I’m beyond grateful, your support means the world to us.
Nice
Thanks a lot🙂🙂
Keep it up bro 🥳🥳
Thank you for your support🙂🙂
Coud be used for guns if motorized
Yes, surely it can and many other things also work on the same basic mechanism. Thanks for your suggestions