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1000 results for “FreeCAD”
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Well indeed, it's #FreeCADFriday once again! What are you fabulous people working on with #FreeCAD ? #CAD #fc3d
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Working out the enclosure for my metal slab of a keytar. 😅 Very much inspired by early analog synths.
Also my first time using the sheet metal workbench in FreeCAD. The tabs for the wood panel mounts didn't work like I initially expected, but everything went smoothly after figuring that out.
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Working out the enclosure for my metal slab of a keytar. 😅 Very much inspired by early analog synths.
Also my first time using the sheet metal workbench in FreeCAD. The tabs for the wood panel mounts didn't work like I initially expected, but everything went smoothly after figuring that out.
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Working out the enclosure for my metal slab of a keytar. 😅 Very much inspired by early analog synths.
Also my first time using the sheet metal workbench in FreeCAD. The tabs for the wood panel mounts didn't work like I initially expected, but everything went smoothly after figuring that out.
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Working out the enclosure for my metal slab of a keytar. 😅 Very much inspired by early analog synths.
Also my first time using the sheet metal workbench in FreeCAD. The tabs for the wood panel mounts didn't work like I initially expected, but everything went smoothly after figuring that out.
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About two and a half octaves of velocity sensitive keytar goodness. There will be four of these modules that can either operate together, as a single keybed, or divided into separate MIDI channels.
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About two and a half octaves of velocity sensitive keytar goodness. There will be four of these modules that can either operate together, as a single keybed, or divided into separate MIDI channels.
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About two and a half octaves of velocity sensitive keytar goodness. There will be four of these modules that can either operate together, as a single keybed, or divided into separate MIDI channels.
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About two and a half octaves of velocity sensitive keytar goodness. There will be four of these modules that can either operate together, as a single keybed, or divided into separate MIDI channels.
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Finally getting into the CAD portion of the keytar project.
I guess this can be considered the guts of the "guitar body" for the keytar. The LED board will respond to the capacitive touch panel above it – hopefully indicating fader positions, which buttons are toggled on, virtual string strumming, etc. The beige looking panel on top is a cork gasket to protect the touch panel from the aluminum enclosure.
(Obviously the pins of the cartridge slot will be trimmed down and not magically colliding with the stuff above it. 😅 Still have to decide on the final location when I design the body.)
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Finally getting into the CAD portion of the keytar project.
I guess this can be considered the guts of the "guitar body" for the keytar. The LED board will respond to the capacitive touch panel above it – hopefully indicating fader positions, which buttons are toggled on, virtual string strumming, etc. The beige looking panel on top is a cork gasket to protect the touch panel from the aluminum enclosure.
(Obviously the pins of the cartridge slot will be trimmed down and not magically colliding with the stuff above it. 😅 Still have to decide on the final location when I design the body.)
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Finally getting into the CAD portion of the keytar project.
I guess this can be considered the guts of the "guitar body" for the keytar. The LED board will respond to the capacitive touch panel above it – hopefully indicating fader positions, which buttons are toggled on, virtual string strumming, etc. The beige looking panel on top is a cork gasket to protect the touch panel from the aluminum enclosure.
(Obviously the pins of the cartridge slot will be trimmed down and not magically colliding with the stuff above it. 😅 Still have to decide on the final location when I design the body.)
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It's #FreeCADFriday! Happy weekend everyone for when we get there! What are you all working on with #FreeCAD? #CAD #fc3d
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For over five years the battery charger for our electric bicycle has been awkwardly dangling from a little hook.
With emotional support from toddler and actual support from #FreeCAD I finally created a simple wall bracket.
It's available from .stl sharing site #manifold :-)
Inner dimensions are 73mm by 42,5mm. With a hole in the bottom for a cable exit. Probably fits other chargers as well.
SHC-8100LC #Promovec #Christiania electric #bicycle #charger
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For over five years the battery charger for our electric bicycle has been awkwardly dangling from a little hook.
With emotional support from toddler and actual support from #FreeCAD I finally created a simple wall bracket.
It's available from .stl sharing site #manifold :-)
Inner dimensions are 73mm by 42,5mm. With a hole in the bottom for a cable exit. Probably fits other chargers as well.
SHC-8100LC #Promovec #Christiania electric #bicycle #charger
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For over five years the battery charger for our electric bicycle has been awkwardly dangling from a little hook.
With emotional support from toddler and actual support from #FreeCAD I finally created a simple wall bracket.
It's available from .stl sharing site #manifold :-)
Inner dimensions are 73mm by 42,5mm. With a hole in the bottom for a cable exit. Probably fits other chargers as well.
SHC-8100LC #Promovec #Christiania electric #bicycle #charger
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For over five years the battery charger for our electric bicycle has been awkwardly dangling from a little hook.
With emotional support from toddler and actual support from #FreeCAD I finally created a simple wall bracket.
It's available from .stl sharing site #manifold :-)
Inner dimensions are 73mm by 42,5mm. With a hole in the bottom for a cable exit. Probably fits other chargers as well.
SHC-8100LC #Promovec #Christiania electric #bicycle #charger
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@lwilde and I are currently planning to build a magnetron sputter setup. Since i learned that #freecad also is includes #FEM functions I want to try and model the magnetic field of the magnetron. I managed to get very simple geometries to work but quickly got stuck on more involved once.
Does someone know a nice guide which explains how to properly design 2D geometry for FEM simulation. Or maybe can explain to me what the operation in the red circle is, which is used in the examples?
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#FreeCAD permite exportar a #Asymptote: https://wiki.freecad.org/Asymptote
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Last night I dug a bit into organic shapes in #FreeCAD 🧩
Using sketch-based extrusions feels kinda awkward if you’re used to sculpt-style modeling 😄
But honestly? Exploring the latest FreeCAD version is a lot of fun and I definitely want to create more stuff like this, because there is so much to learn 🤯You can grab the model for free on Printables 👇
https://www.printables.com/model/1551023-modern-pillar-vase-easy-flexible-printHappy printing 😊
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Last night I dug a bit into organic shapes in #FreeCAD 🧩
Using sketch-based extrusions feels kinda awkward if you’re used to sculpt-style modeling 😄
But honestly? Exploring the latest FreeCAD version is a lot of fun and I definitely want to create more stuff like this, because there is so much to learn 🤯You can grab the model for free on Printables 👇
https://www.printables.com/model/1551023-modern-pillar-vase-easy-flexible-printHappy printing 😊
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Last night I dug a bit into organic shapes in #FreeCAD 🧩
Using sketch-based extrusions feels kinda awkward if you’re used to sculpt-style modeling 😄
But honestly? Exploring the latest FreeCAD version is a lot of fun and I definitely want to create more stuff like this, because there is so much to learn 🤯You can grab the model for free on Printables 👇
https://www.printables.com/model/1551023-modern-pillar-vase-easy-flexible-printHappy printing 😊
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Last night I dug a bit into organic shapes in #FreeCAD 🧩
Using sketch-based extrusions feels kinda awkward if you’re used to sculpt-style modeling 😄
But honestly? Exploring the latest FreeCAD version is a lot of fun and I definitely want to create more stuff like this, because there is so much to learn 🤯You can grab the model for free on Printables 👇
https://www.printables.com/model/1551023-modern-pillar-vase-easy-flexible-printHappy printing 😊
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I spent quite a few evening hours this past week modeling the production Morserino M32 Pocket case in FreeCAD. The original had basically been forked in a mesh editor, which made it hard to work from. Hans (of QRP Labs) kindly released his STLs, which made this work easier and the resulting objects better.
If you want a different color, or different plastic, or to make a modification to the design, you now have a good starting point.
I did all this work as preparation for designing my own case with an integrated single-lever paddle. Now that I've finished the "upstream" work, I'm ready to start thinking about my own design. I know that I don't want to just smoosh together two models; I want to make a good integrated design and it's probably going to just be different.
https://www.printables.com/model/1550518-morserino-m32-pocket-case-for-production-component
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I spent quite a few evening hours this past week modeling the production Morserino M32 Pocket case in FreeCAD. The original had basically been forked in a mesh editor, which made it hard to work from. Hans (of QRP Labs) kindly released his STLs, which made this work easier and the resulting objects better.
If you want a different color, or different plastic, or to make a modification to the design, you now have a good starting point.
I did all this work as preparation for designing my own case with an integrated single-lever paddle. Now that I've finished the "upstream" work, I'm ready to start thinking about my own design. I know that I don't want to just smoosh together two models; I want to make a good integrated design and it's probably going to just be different.
https://www.printables.com/model/1550518-morserino-m32-pocket-case-for-production-component
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I spent quite a few evening hours this past week modeling the production Morserino M32 Pocket case in FreeCAD. The original had basically been forked in a mesh editor, which made it hard to work from. Hans (of QRP Labs) kindly released his STLs, which made this work easier and the resulting objects better.
If you want a different color, or different plastic, or to make a modification to the design, you now have a good starting point.
I did all this work as preparation for designing my own case with an integrated single-lever paddle. Now that I've finished the "upstream" work, I'm ready to start thinking about my own design. I know that I don't want to just smoosh together two models; I want to make a good integrated design and it's probably going to just be different.
https://www.printables.com/model/1550518-morserino-m32-pocket-case-for-production-component
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I spent quite a few evening hours this past week modeling the production Morserino M32 Pocket case in FreeCAD. The original had basically been forked in a mesh editor, which made it hard to work from. Hans (of QRP Labs) kindly released his STLs, which made this work easier and the resulting objects better.
If you want a different color, or different plastic, or to make a modification to the design, you now have a good starting point.
I did all this work as preparation for designing my own case with an integrated single-lever paddle. Now that I've finished the "upstream" work, I'm ready to start thinking about my own design. I know that I don't want to just smoosh together two models; I want to make a good integrated design and it's probably going to just be different.
https://www.printables.com/model/1550518-morserino-m32-pocket-case-for-production-component
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This evening I created my first model in #FreeCAD that’s not made from basic shapes 🎉
It was really fun to see how a sketch turns into a real object, and how parts of that sketch can be used to extrude features along the main body.
Super cool learning moment 🤓
Now it’s time for the printer to do its thing🔥#3DPrinting #CAD #VaseModePrints #MakerJourney #LearningByDoing
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This evening I created my first model in #FreeCAD that’s not made from basic shapes 🎉
It was really fun to see how a sketch turns into a real object, and how parts of that sketch can be used to extrude features along the main body.
Super cool learning moment 🤓
Now it’s time for the printer to do its thing🔥#3DPrinting #CAD #VaseModePrints #MakerJourney #LearningByDoing
