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I started by looking through the glove dryer designs already on printables.com. I found some nice features that I copied, particularly the raindrop shaped openings. But none of the designs had a rectangular base and a central funnel to…
Icosahedron (20 sided polygon) with face divisions for class 2, frequency 10, spherical projection per method of “Geodesic Math and How to Use It” by Hugh Kenner 1970. This model can be printed with out supports. Also added a smooth faced…
The original Prusa version had a lot of bounce and eventually broke. I made some measurements of the broken part, drew it up, made it stronger. The second version ( v2 ) is a mirrored version of the original with a trimmed bottom tab…
Just a dodecahedron made from pentagonal pyramids. I figured since I'd made the Icosahedron I should also do the dodecahedron.
This model is a 2 frequency breakdown of an icosahedra. The procedure I followed was from “GEODESIC MATH AND HOW TO USE IT” by Hugh Kenner, 1970 edition. Method is chapter 10.
I needed an M7x1 nut with a small profile for a larger assembly. So I made one. Apparently M7 isn't normally used.
A two color coaster made with the Destiny hunter class logo
These are inserts to put into an Overture cardboard filament roll, to reduce friction. The v01 model has a solid ring that is inserted. The v02 has had that ring cut into sections so they are more flexible.
The cup/remote holder inserts for our couch are deep, too deep to set down my short whiskey glass. So I created an insert to sit in the holder and provide a raised floor with a retaining rim. The inner diameter is 75mm.
This is a 1/8 scale model of the assembly of CsI scintillating crystal calorimeter (crystals only) build for the PiBeta experiment at Paul Scherrer Institute ( PSI ). See attached paper for additional information.
This is a SiPM and scintillator holder meant to mount on a 0.500" diameter optical stand, used for cosmic ray detection. The pictures are labeled 01 through 08 showing the process I used to go from print stage to assembled with a SiPM…
I am building a section of the PiBeta calorimeter to do a fit check for some parts to go inside it. The pentagonal shape is what the rest of the hexagonal pieces are arranged around.
We needed a light weight protective cover to go over a fiber harp to protect it during shipping, handling, and for installation. This is for the miniSciFi fiber harp used on the muon g-2 experiment at Fermilab. https://muon-g-2.fnal.gov/
A jig to hold a Canberra Bicron 802 sodium iodide (NaI) detector and a source
Modified the spool insert I made for Overture cardboard spools (55mm dia hole) for Elegoo cardboard spools (53mm dia hole).
A replacement cap for a FENTY BEAUTY product. All capitals as that is the way it is on the package.
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