Thingiverse
Test Object #001
di WingedPower
4
Download
2
Likes
0
Makes
A fairly small test object meant to test low z-layer height resolution.
30mm diameter disc base. Top is divided into quadrants of different heights: 0.5mm, 1.0mm, 1.5mm, 2.0mm, and 2.5mm
The 0.5mm region and the 2.5mm region share the same quadrant. They are separated into a triangle and a arc wedge.
The 1.00mm region contains a column with a cone on top. The column is 5.0mm tall. The cone, 3.0mm diameter base, on top is another 2.0mm taller than the column. The top is a 1.5mm diameter circle.
The 1.5mm region contains a hexagonal pillar with a smaller hexagonal cavity rotated so that the points of the inner hexagonal space face the midpoints of the walls of the external hexagonal surface. ~6.4mm wide external face to external face. 7.4mm external point to external point. Internal hexagonal space is 5.6mm from inner point to inner point. ~4.8mm from inner face to inner face. The hexagonal column is 5.0mm tall from the surface of the region.
The 2.0mm region contains a
30mm diameter disc base. Top is divided into quadrants of different heights: 0.5mm, 1.0mm, 1.5mm, 2.0mm, and 2.5mm
The 0.5mm region and the 2.5mm region share the same quadrant. They are separated into a triangle and a arc wedge.
The 1.00mm region contains a column with a cone on top. The column is 5.0mm tall. The cone, 3.0mm diameter base, on top is another 2.0mm taller than the column. The top is a 1.5mm diameter circle.
The 1.5mm region contains a hexagonal pillar with a smaller hexagonal cavity rotated so that the points of the inner hexagonal space face the midpoints of the walls of the external hexagonal surface. ~6.4mm wide external face to external face. 7.4mm external point to external point. Internal hexagonal space is 5.6mm from inner point to inner point. ~4.8mm from inner face to inner face. The hexagonal column is 5.0mm tall from the surface of the region.
The 2.0mm region contains a
Hai stampato questo modello? Accedi e condividi il tuo make!
Accedi per lasciare un commento
AccediAncora nessun commento – sii il primo!