Tutorials

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How to FDM Print for Part Sliding Clearance

GrabCAD Tutorials
in Assemblies
13 4 Intermediate
If you are 3D printing parts that have to fit/slide together after printing, you will need to put some sort of clearance between those parts in your CAD system. A good starting place is a clearance 2x the layer height you are going to print at, but you should make a few smaller test prints at different clearances to see if the 2x layer height rule holds for your particular situation and orientation. Have fun and happy printing!
GrabCAD Print sliding clearance printing 3d fdm

Standard Parts Online Library (3D Model & 2D Drawing)

Mohit
in Design & CAD
8 0 Intermediate
In this tutorial U can find Standard Parts Online Library (3D Model & 2D Drawing) so u can directly used ...
GrabCAD Community library model parts standard

Stacking Your Parts in Z for FDM

Stratasys
in Assemblies
2 0 Intermediate
Have long thin flat parts you’ve always wanted to print right on top of each other in FDM but the slicer never allowed you to? Learn how to use this exclusive new feature in GrabCAD Print Pro!
GrabCAD Print fdm stacking stratasys 3d printing software grabcad print pro

3D Printable Threads in Alibre Atom 3D and Design Professional

Konstantinos Froudarakis
in Modeling
2 0 Intermediate
In this tutorial you will see how to create fully formed threads for 3D printing in Alibre Atom 3D and Design Professional. If you watch it in YouTube you will also see the cards points to the video that shows the process for Alibre Design Expert.
Alibre Design boolean female male 3d printing 60 degree iso threads

3D Modeling of a Braitenberg Vehicle in 4 Steps using Autodesk 123D Design

Yoana Ivanova
in Modeling
2 0 Intermediate
This tutorial is suitable for designers who have a basic knowledge of using the open source product Autodesk 123D Design. The steps to build a Breitenberg vehicle are as follows: 1. Modeling a wheel: a cylinder with a diameter of 2 cm and a height of 0.5 cm is placed in the workspace. Drill a hole in it by drawing a circle with a diameter of 0.3 cm and extruding - 0.5 cm with the Extrude tool. We soften the edges of the cylinder with Fillet Radius: 0.5. 2. Clone the wheel: rotate the resulting wheel 90° along the Z axis and copy it with Ctrl+C and Ctrl+V. 3. Modeling the vehicle body: regarding the design of the vehicle body, there are various options. In this case the author models a classic vehicle, which is most often shown in the bibliographic sources. After drawing and extruding a surface with the desired shape we apply Fillet with radius 35 on the back edge and with 30 on the front edge for a contemporary design (i could provide more images if it is needed). On the selected side edges we successively apply Fillet with a radius of 9. 4. Make a special place for the sensor: it is necessary to select the square plane that is located in the middle of the case and successively apply Sketch > Project, Sketch > Offset and Construct > Extrude with a negative value.
Autodesk 123D breitenberg vehicle

Variable Geometry Patterns

Konstantinos Froudarakis
in Modeling
1 0 Intermediate
Two way to create geometry patterns where every instance has a different geometry. And both ways can do it in a parametrically controlled way.
Alibre Design patterns parametrically controlled variable patterns parametric variable pattern

Exhaust Manifold in ALibre!

Konstantinos Froudarakis
in Modeling
1 0 Intermediate
In this video I show how to design an Exhaust Manifold in Alibre based on a drawing that came up in a question in the Alibre Forums. Enjoy!
Alibre Design sweep direct editing remove face pipe 3d sketch manifold exhaust

The little triangle that could: Parametric Regular Polygons

Konstantinos Froudarakis
in Modeling
0 0 Intermediate
Let us tell you about the "Generator Triangle" method. This educational video unveils a straightforward technique to construct regular polygons using a single variable. Witness triangles seamlessly transform into polygons with adjustable sides. Explore parametric design principles as we dissect the process. With interactive visuals, grasp the method's accessibility for all learners. Ideal for students, artists, and those curious about the synergy of creativity and logic. Join us to demystify theoretical geometry, revealing practical polygon creation through "The Little Triangle That Could." Like, subscribe, and enable notifications for more math-infused insights. https://youtu.be/5pA72p3B7QU
Alibre Design equation editor alibre variable geometry math triangle parametric polygons
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