This is an updated design that was built with Blackjack which is a node-based parametric modeling tool written in Rust: https://github.com/setzer22/blackjack

In order to build this model yourself, you will also need my Go tool that generates the design: https://github.com/gmlewis/go-bjk

bifilar-electromagnet-copper-20231218-4mm-gap0.5-fixed.stl

This is a personalized puzzle for Charles made with Inkscape and OnShape.com.

Personalized Puzzle for Charles

CHL-Puzzle.stl

This puzzle was personalized for Maryn using Inkscape and OnShape.com.

Personalized Puzzle for Maryn

MarynPuzzle.stl

Axial+Radial Bifilar electromagnet with 11 coils each with 19 complete turns. This model has been modified for the Markforged Metal-X 3D printer that can print pure copper metal.

It was generated using a Go program located here: https://github.com/gmlewis/irmf-examples/tree/master/examples/012-bifilar-electromagnet

aprbfem-11-19-0.3-1.2.stl

Axial+Radial Bifilar electromagnet with 11 coils each with 15 complete turns. This model has been modified for the Markforged Metal-X 3D printer that can print pure copper metal.

It was generated using a Go program located here: https://github.com/gmlewis/irmf-examples/tree/master/examples/012-bifilar-electromagnet

aprbfem-11-15-0.3-1.2.stl

Axial+Radial Bifilar electromagnet with 11 coils each with 12 complete turns. This model has been modified for the Markforged Metal-X 3D printer that can print pure copper metal.

It was generated using a Go program located here: https://github.com/gmlewis/irmf-examples/tree/master/examples/012-bifilar-electromagnet

aprbfem-11-12-0.3-1.2.stl

Axial+Radial Bifilar electromagnet with 11 coils each with 11 complete turns. This model has been modified for the Markforged Metal-X 3D printer that can print pure copper metal.

It was generated using a Go program located here: https://github.com/gmlewis/irmf-examples/tree/master/examples/012-bifilar-electromagnet

aprbfem-11-11-0.3-1.2.stl

Axial+Radial Bifilar electromagnet with 18 coils each with 9 complete turns. This model is waiting for a 3D printer that can print pure copper metal with 1-micron resolution.

It was generated using a Go program located here: https://github.com/gmlewis/irmf-examples/tree/master/examples/012-bifilar-electromagnet

aprbfem-18-9.stl

Axial+Radial Bifilar electromagnet with 11 coils each with 61 complete turns. This model is waiting for a 3D printer that can print pure copper metal with 50-micron resolution.

It was generated using a Go program located here: https://github.com/gmlewis/irmf-examples/tree/master/examples/012-bifilar-electromagnet

aprbfem-11-61.stl

Axial+Radial Bifilar electromagnet with 11 coils each with 19 complete turns. This model is waiting for a 3D printer that can print pure copper metal with 50-micron resolution.

It was generated using a Go program located here: https://github.com/gmlewis/irmf-examples/tree/master/examples/012-bifilar-electromagnet

aprbfem-11-19.stl

Axial+Radial Bifilar electromagnet with 11 coils each with 19 complete turns. This model is waiting for a 3D printer that can print pure copper metal with 50-micron resolution.

Axial+Radial Bifilar electromagnet with 11 coils each with 9 complete turns. This model is waiting for a 3D printer that can print pure copper metal with 50-micron resolution.

It was generated using a Go program located here: https://github.com/gmlewis/irmf-examples/tree/master/examples/012-bifilar-electromagnet

aprbfem-11-9.stl

Axial+Radial Bifilar electromagnet with 11 coils each with 9 complete turns. This model is waiting for a 3D printer that can print pure copper metal with 50-micron resolution.

Axial+Radial Bifilar electromagnet with 11 coils each with 6 complete turns. This model is waiting for a 3D printer that can print pure copper metal with 50-micron resolution.

It was generated using a Go program located here: https://github.com/gmlewis/irmf-examples/tree/master/examples/012-bifilar-electromagnet

aprbfem-11-6.stl

Axial+Radial Bifilar electromagnet with 11 coils each with 6 complete turns. This model is waiting for a 3D printer that can print pure copper metal with 50-micron resolution.

Axial+Radial Bifilar electromagnet with 11 coils each with 3 complete turns. This model is waiting for a 3D printer that can print pure copper metal with 50-micron resolution.

It was generated using a Go program located here: https://github.com/gmlewis/irmf-examples/tree/master/examples/012-bifilar-electromagnet

aprbfem-11-3.stl

Axial+Radial Bifilar electromagnet with 11 coils each with 3 complete turns. This model is waiting for a 3D printer that can print pure copper metal with 50-micron resolution.

Axial+Radial Bifilar electromagnet with 11 coils each with 1 complete turn. This model is waiting for a 3D printer that can print pure copper metal with 50-micron resolution.

It was generated using a Go program located here: https://github.com/gmlewis/irmf-examples/tree/master/examples/012-bifilar-electromagnet

aprbfem-11-1.stl

Axial+Radial Bifilar electromagnet with 11 coils each with 1 complete turn. This model is waiting for a 3D printer that can print pure copper metal with 50-micron resolution.

Axial+Radial Bifilar electromagnet with 11 coils each with 39 complete turns. This model is waiting for a 3D printer that can print pure copper metal with 50-micron resolution.

It was generated using a Go program located here: https://github.com/gmlewis/irmf-examples/tree/master/examples/012-bifilar-electromagnet 

aprbfem-11-39.stl

Axial+Radial Bifilar electromagnet with 11 coils each with 39 complete turns. This model is waiting for a 3D printer that can print copper metal with 50-micron resolution.

Here are several experimental vases I designed. Enjoy.

Vase Collection

vase9.stl

See https://youtu.be/13rdK3BD5A4 for description.

This is a slider puzzle that can be printed as separate pieces then assembled together. The Sandwich part can optionally be glued to the Enclosure part.

2021-03-29 EDIT - This version has rounded ends on the top and bottom sliders and fits together nicely on my IVI 3D printer.

Alien Cow Farmer Puzzle V3

RightPanel.stl

See https://youtu.be/13rdK3BD5A4 for description.

This is a slider puzzle that can be printed as separate pieces then assembled together. The Sandwich part can optionally be glued to the Enclosure part.

2021-03-29 EDIT - The first print had tolerances that were too tight to slide. This new version is larger and should assemble and slide together better.
I can't figure out how to modify the STL files in the original upload, so this version is uploaded as a completely new project.

Alien Cow Farmer Puzzle V2

See https://youtu.be/13rdK3BD5A4 for description.

This is a slider puzzle that can be printed as separate pieces then assembled together. The Sandwich part can optionally be glued to the Enclosure part.

2021-03-29 EDIT - The first print had tolerances that were too tight to slide. I'm uploading a new version that is larger that should assemble and slide together better.
I can't figure out how to modify the STL files in this upload, so I'll upload a completely new project.

Alien Cow Farmer Puzzle

This vertical slider goes on the right of the enclosure.

Vertical wall outlet mount for Google Home Mini.
This lets the power brick support the weight of the Google Home Mini and keeps it from falling when you want to mount it vertically on a wall.
#PDOhomedevice


WallOutletGHMiniMount.stl

Glenn is a software developer currently intrigued by IRMF, A-Frame, Wasm, V, Flutter, and Go.

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