Materials and additive manufacturing
Explore natural resins and controllable ways to form a solid, with a particular interest in printing throughout a bath.
Design and research · public preview
How it works
Select a part to see its role, the decisions behind it, and what still needs evidence.
01 / Materials and additive manufacturing
Identify what the resin, oil, solvent or filler actually does.
Pine rosin, drying oils, waxes and other natural binders have different setting mechanisms. A coating recipe is not automatically a printing formulation.
02 / Materials and additive manufacturing
Reach the intended volume with a controlled trigger.
Optical penetration, scattering and absorption determine what can be addressed. Illumination only creates a part when the material has a corresponding local transition.
03 / Materials and additive manufacturing
Create a sharp, repeatable change in the selected region.
Cooling, evaporation, oxidation and photochemistry are different processes. Surface drying does not establish rapid curing deep inside a bath.
04 / Materials and additive manufacturing
Keep shape and strength through extraction and finishing.
Green strength, solvent retention, shrinkage and dimensional stability matter before a print can be considered useful.
Design principles
Specify the local transition that turns a pattern into a solid.
Renewable feedstock does not establish biodegradability or cured-part performance.
Sequential casting or deposition may be useful even when volumetric setting remains unresolved.
Project status
Materials and process research. No validated volumetric printing formulation, resolution or structural performance is established.
Source and project notesThe source repository requires authorized access. This public page contains a curated explanation and original schematic illustrations.
