The Solution
No Ice. No Bags. No Guesswork.
Controlled separation dynamics and collection do what ice and ice-water bags were always trying to do — consistently, at any scale.
Excise equalled about 45.9% of cost of goods sold for licensed producers in fiscal 2023. Premium product is the position with a roof over it.
Run the Excise Survival Calculator → What changes for the owner →Today's standard builds ice and fabric bags into the process, so each one has to be made, cleaned, inspected and signed off. The next standard removes them. Nothing melts into the run. No fabric sits in the water.
Germany imported 201,094 kg of medical cannabis in 2025 — nearly half from Canada — and it must come from EU-GMP-certified operations.
What changes for quality →On ice-water bags, more output means more people bent over cold tubs. The method reached its ceiling there. The refinery layer takes ~60% of that labour out.
What changes for the operator →If none of these are true for you, Abzu probably isn't either.
Controlled separation dynamics and collection do what ice and ice-water bags were always trying to do — consistently, at any scale.
The ice-and-bag method reached its ceiling. Abzu didn't fix it — it opened the layer above it: mechanical trichome refinement, graded and documented every run. Think of the grain mill: the same crop, but sorted and finished to a standard instead of bagged by hand.
Hand-washed in ice-water bags. Craft, but slow and blind to the end of the run.
The Ice-Water-Bag Problem →Bigger vessels, heavier motors — the same method scaled, and its ceiling scaled with it.
Why It Doesn’t Scale →Conditions held and set per strain. Separation and collection in one controlled system.
Mechanical Trichome Refinement →How it does that is Abzu's own.
| Capability | Abzu | Open washers |
|---|---|---|
| Time per run | ~60 min | ~1–2 hr |
| Closed working tank, documented every run | ✓ | ✗ |
| No ice, no ice-water bags | ✓ | ✗ |
| One touch to a ~70% solids target, no bag-scraping | ✓ | ✗ |
| Separation dynamics held, no ice-melt drift | ✓ | ✗ |
Same facts underneath — read in your own language.
Documented from real runs on real material. Not projections. Not benchmarks.
Match the number to your input. Dry basis; fresh-frozen shown by grade.
| Input | Yield |
| Cured hand trim | ~10–14% (10% conservative) |
| Machine-trim, all-in with kief | ~15–25% (~20% typical) |
| Whole-plant dry-cured flower | ~20–25% (20% conservative) |
| Fresh-frozen | About half a dried-flower run — highest grade |
The same refinery, from a medical bench to an industrial line. Input per run is dry-cured trim or flower.
| Name | Use | Per run | Tank |
|---|---|---|---|
| Abzu Spring | Medical-first | ½ lb · 227 g | 2 gal · 7 L |
| Abzu Brook | Craft | 2 lb · 907 g | 8 gal · 30 L |
| Abzu Stream | Production | 8 lb · 3.6 kg | 29 gal · 110 L |
| Abzu River | Commercial | 16 lb · 7.3 kg | 57 gal · 215 L |
| Abzu Delta | Industrial | 22 lb · 10 kg | 79 gal · 300 L |
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In the oldest stories, Abzu is the primordial fresh water beneath the world, and Enki is the one who works with water rather than forcing it. Calibration, not force. That's the whole idea of this machine. Read Force & Finesse →