Can you post a link?
When I click on that file it opens up my slicer program but there's no file?
Oh sorry
www.tinkercad.com
The ring Is probably not needed but I guess it could press on to the bottom of a net cup, and then clip the cube lattice to it, cube is a little bit wider than a tapered 2inch netcup at its base.
Here's just a start to prototyping and seeing how it would work
Probably need to edit the layers/pore size/spacing within and between the cube lattice.
Wanted to try something like this too
A triply periodic minimal surface (TPMS) anti gyroid lattice
Have no idea how this would work with misters maybe good in fog
Maybe a dwc can or load it with perlite. A well aerated media container hmm
Feature | Benefit for Roots |
---|
High Surface Area-to-Volume | More area for root contact, microbial colonization, or nutrient film. |
Open Porosity | Excellent air and water exchange; prevents over-saturation. |
Structural Integrity | Strong yet lightweight trellis-like structure for root anchoring. |
Customizability (3D Printing) | Can be scaled or shaped to guide specific root architecture. |
Capillary Action Potential | Curved geometry can aid in water distribution across structure. |
Ooh
Psilocybin Mycelium: Provides a 3D scaffold for dense, oxygenated colonization in a vertical or horizontal format.
Cannabis Roots: You could use a gyroid lattice as a reusable, cleanable replacement for Rockwool, offering better oxygenation and moisture control.
Just edit the pore size/spacing per application.
May increase biomass density due to Increased surface area....