Tutorials

  • Autodesk Inventor ×
  • BobCAD-CAM ×
  • Fusion 360 ×
  • Rendering ×

'Tutorial: How to create adaptive springs in Autodesk Inventor'

William
in Design & CAD
16 1 Beginner
http://grabcad.com/library/autodesk-inventor-adaptive-spring-tutorial-1
Autodesk Inventor tipsntricks

v12 Engine Tutorial - Youtube

Jakob Andersson
in Modeling
15 0 Beginner
v12 Engine Tutorial - Connection Rod - Part 1 - Youtube
Fusion 360 rod connection engine youtube swedish

[VIDEO]Universal Joint

Dono Cre'
in Modeling
14 6 Beginner
Universal Joint design which consists of several design parts such as; Main Shaft, Connector shaft, Spider, Bearing. In making this design using several features, among others: ~ 2D Sketch ~ Extrude ~ Circular Pattern ~ Fillet/Chamfer ~ Assembly Feature ~ Shell ~ etc.
Autodesk Inventor assembly automotive tutorial design inventor autodesk joint universal

Fusion360 Car Modeling Tutorial (FOLLOW ALONG) Beginner Friendly!!!

Max 3D Design
in Modeling
14 1 Beginner
This Fusion 360 tutorial will teach You how to sculpt and many more! Follow along Car Modeling.. Easy, step by step...
Fusion 360

Simple modeling routine demonstration #1

José Luiz Soares
in Modeling
13 1 Beginner
Simple modeling routine demonstration #1 Hinge
Autodesk Inventor inventor steel hinge modeling

Centrifugal Pump

Arvin Kareem
in Modeling
13 0 Beginner
Arvin Kareem - Kelompok 1 Vismod 3
Autodesk Inventor

Modelling of Piping Part

Mohit
in Design & CAD
12 0 Beginner
Use for connecting two pipe at rectangle.
Autodesk Inventor pipe model inventor

IMPELLER IN AUTODESK INVETOR | AUTODESK INVENTOR TUTORIAL | 3D MODELING

ROHAN GUPTA
in Modeling
12 1 Beginner
INVENTOR
Autodesk Inventor

NUT USING INTERSECT IN FUSION 360

kiran
in Modeling
12 0 Beginner
here in this video u can find how to create a nut model using intersect command
Fusion 360 autodesk 3dprinting cad nut create top how 360 fusion beginner tutorials simple intersect

Modeling & Animating a Schmidt Coupling (Fusion 360)

Jens Nielsen
in Modeling
12 0 Beginner
Take your designs from sketch to motion! This comprehensive tutorial guides you through creating a functional Schmidt coupling animation in Fusion 360. We'll kick things off by transforming basic sketches into precise 3D components using the powerful boundary fill tool. Then, we'll seamlessly assemble these parts, utilizing revolute joints to replicate the coupling's signature interlocking mechanism. Finally, we'll delve into the world of animation, setting the stage for a captivating display of the Schmidt coupling in action. By the end of this video, you'll be able to: Design and model a detailed Schmidt coupling in Fusion 360 Master the art of boundary fill for efficient and precise modeling Utilize revolute joints to create realistic and functional movement Craft a mesmerizing animation that brings your Schmidt coupling to life Get ready to: Unlock the power of Fusion 360 for complete design and animation Deepen your understanding of essential modeling techniques Showcase your creations with dynamic and informative animations This tutorial is perfect for: Beginners in Fusion 360 eager to learn core modeling and animation skills Experienced designers looking to expand their animation repertoire Anyone fascinated by the mechanics of Schmidt couplings Join us and transform your static designs into remarkable animated creations!
Fusion 360

How to use the Airfoil Generator Tool in ~ Autodesk Fusion 360.

Harsh Priyanshu
in Modeling
11 0 Beginner
Learn how to use the Airfoil Generator tool in Autodesk Fusion 360 to make approximate airplane ribs and wings. The model shown here in this video is an imaginary one just to show how the Airdoil tool works. I hope you enjoyed the designing process and the model. if you enjoyed the process and model, then hit subscribe and like the video. and don't forget to comment on your views on this model and process.
Fusion 360 autodesk 360 fusion airplane wings airfoil

Robotic Tank Tread Assembly- Fusion 360 Tutorial (Tracked Robot Part 2)

Engineering Juice
in Assemblies
11 3 Beginner
#Fusion360 #Fusion360Tutorial #AutodeskFusion360 Buy this chain: https://amzn.to/3f2FZEl In this series, we will design and develop a tracked, tank-like mobile robot optimized for use on sand and in desert environments. The modeling of the treads, custom sprocket, idler rollers and 3D printed suspension system will be shown in great detail. We will first create the chain links themselves and the tread pieces, then pattern them along the shape of the loop. Once we finish this, we will create the custom sprocket and motor connection followed by the idler spindle and finally the suspension system. In the end, we can mirror our entire assembly to the other side to create the right side tread. Working on only one side at a time makes it easier on our computers and allows us to work faster with less lag-time.
Fusion 360 robotics tutorial 360 fusion

Inventor 2021 | Radial Engine | Assembly 9

CAD Pond
in Assemblies
11 3 Beginner
In this video, I demonstrated the assembly of the cylinders and pistons with the crank case used in a typical radial engine. Video demonstrations to the parts used, can be found on my youtube channel linked in my profile. Happy Modeling!
Autodesk Inventor airbus inventor engine radial aviation boeing airforce aircraft

How to model a twisted connector with Autodesk Inventor

Jens Nielsen
in Modeling
11 1 Beginner
Let's model this twisted connector and learn how to apply the loft tool. We will start with a simple sketch and extrusion, mirror this body, rotate it and then sketch 3d splines orient handles and dimension those. The loft will be defined by faces and rails.
Autodesk Inventor

Tutorial: How to save time with Bolts, nuts, washers in Auto desk Inventor.

William
in Design & CAD
11 2 Beginner
Answer
Autodesk Inventor tipsntricks
White Stratasys Logo White GrabCAD Logo
© 2025 Stratasys Inc.
ABOUT US
RESOURCES
Support
SOCIAL
Streamline Pro
Control
Print
Pro
Shop
PARTNERS
COMMUNITY
Contact Us Website Terms of Use Software Terms of Use Privacy policy Trademarks Your Data on GrabCAD
The Computer-Aided Design ("CAD") files and all associated content posted to this website are created, uploaded, managed and owned by third-party users. Each CAD and any associated text, image or data is in no way sponsored by or affiliated with any company, organization or real-world item, product, or good it may purport to portray.