TerradyneMaterials Technology
Engineers working on large modular mineral-processing equipment in an advanced materials laboratory
Secure vault stacked with gold bullion bars
Secure vault stacked with silver bullion
Vast solar photovoltaic array at dusk
Silicon wafer with intricate circuitry in a semiconductor cleanroom
Hypersonic aircraft in high-altitude flight with plasma heat glow along its edges
Glowing-hot high-temperature superalloy turbine component and heat-shield tile
Large jet turbine engine being additively manufactured from metal powder
American Resource Sovereignty

Critical minerals, refined at the speed of the mission.

Software-defined, continuous-flow extraction that turns domestic mining waste into munitions- and commercial-grade rare earths and precious metals — in minutes, on site.

What we make possible
Choose your path

Two audiences. One sovereign supply chain.

Terradyne serves the mission and the market. Select the track built for you — the technology, team, and proof are shared; the framing and next step are yours.

The thesis

The processing layer that has been missing.

Batch chemistry built the last century of mineral processing — slow, fixed, high-liability. Terradyne is a new category: continuous-flow extraction governed by a control-software layer.

01 — SOVEREIGN SUPPLY

Domestic tailings to domestic materials

Re-harvest East Coast coal waste and West Coast hard-rock residues into rare earths and precious metals — with no foreign processing dependency in the chain.

02 — SPEED & MODULARITY

Minutes, not decades — on a skid

Skidded, rapidly deployable units replace decades-long, permitted leach-pond infrastructure. Sub-five-minute extraction kinetics under bench-validated conditions.

03 — CLEAN & SOFTWARE-DEFINED

Low-temperature, closed-loop, controlled

Non-thermal excitation and a tight chemical-stability window mean lower environmental liability — orchestrated site-by-site by a control-software platform.

The output basket

From one waste stream, a full periodic slate.

A single pass fractionates a polymetallic slurry into distinct, high-value products — coded here by periodic-table category.

60NdNeodymium
66DyDysprosium
59PrPraseodym.
65TbTerbium
79AuGold
47AgSilver
78PtPlatinum
25MnManganese
23VVanadium
42MoMolybdenum
22TiTitanium
31GaGallium
51SbAntimony
Rare earths Precious metals Transition / critical metals Metalloids
Mine to machine

Terradyne is the middle of a vertically integrated chain.

Not a standalone reactor — the processing node that turns "we have the ore" into "we have qualified material, on site." That integration is the unfair advantage.

Feedstock

1635 Resources · Austin Rare Earth

Re-harvested domestic tailings and unprocessed ore — coal waste and hard-rock residues.

Processing

Terradyne Materials Technology

Continuous-flow, software-defined extraction of rare earths and precious metals to spec.

End use

FORGE Suite

Forward-deployable additive manufacturing — FORGE, ANVIL, HEARTH, TEMPER.

Ready to go deeper?

Enter the track built for your mandate — capability briefings for government, investor and JV materials for capital and resource partners.