Monthly Tech-Tip | No tracking! No ads! |
Lilly will take you step-by-step through the 3D design process of drawing a propeller. We tried many methods of doing this to finally arrive at a simple procedure that produces a flexible parametric design. Follow the full transcript as you watch. You can use the same process to create one in this or other CAD software. Our design has only nine steps yet is flexible enough to accomodate a different number of blades, changes in the blade shape, angle, thickness and size and different heights and diameters for the hub and hole. If you would like this 3D file in Fusion 360 format, it is available in the Files manager in your Insight-live.com account.
In the past, we have used Adobe Premiere for making videos. This video marks our transition to using KDenlive instead (please be patient with the rough edges until we learn this better). We are using it on Linux! It is amazing that a tool this powerful exists as free software (although they accept donations).
URLs |
https://insight-live.com/insight/recipes.php?OpenFile=mEjR9hsWFK
Propeller for lab overhead mixer |
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URLs |
https://kdenlive.org/en/
Kdenlive is a video production tool for Linux Kdenlive is an acronym for KDE Non-Linear Video Editor. It works on GNU/Linux, Windows and BSD. It has a plugin system for video and sound processing and is a complete studio for video creation. |
Glossary |
Propeller Mixer
In ceramic studios, labs and classrooms, a good propeller mixer is essential for mixing glaze and body slurries. |
Media |
Draw a propeller in Fusion 360 for use on an overhead propeller mixer
Lilly will take you step-by-step through the process of parametrically drawing a propeller for use on a lab overhead slurry mixer. Our file is also available for download. |
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