Counting matching models…
Three equal parts form a cube. The fit is perfect, assembly can be challenging. I have reverse engineered the "Cubic Trisection", invented by Robert Reid and designed by Oskar van Deventer. Update: Added a version with a 0.4 mm gap…
Fixed a bug where the single section wouldn't generate properly with different offset angles. The initial values were adjusted to match Oskar van Deventer's twist and offset angle specifications (t=300, o=90) from his model on his Print…
I made this to learn Fusion a while back. Might as well share. Print three of them and figure out how to put them together. Every one of them is identical. 0.2mm clearance between items. Look at the sketches for hints of how to make one…
This is the puckered trisection of the cube. There are an infinite number of cube trisections into equal parts. This is part of a series exploring these trisections. Puckered trisection Skew pyramid trisection Two pyramid trisection Small…
This is the small pyramid trisection of the cube. One interesting feature is that the exterior looks the same as the Double skew pyramid trisection even though the interior is different. There are an infinite number of cube trisections…
This is the skew pyramid trisection of the cube. This can print in vase mode. There are an infinite number of cube trisections into equal parts. This is part of a series exploring these trisections. Puckered trisection Skew pyramid…
This is the double diagonal trisection of the cube. One interesting property is that the exterior looks identical to the small pyramid trisection even though the interior is different. There are an infinite number of cube trisections into…
This is the two pyramid trisection of the cube. This piece can be printed in vase mode. There are an infinite number of cube trisections into equal parts. This is part of a series exploring these trisections. Puckered trisection Skew…
Generates three equal parts that form a cube. Reverse engineered from Erikjuh's model , reverse engineered from "Cubic Trisection", invented by Robert Reid and designed by Oskar van Deventer. In addition to customizing the size,…
