🇺🇸⚡ Meet Machine A — America's Answer to China.
ucore.com/Meet_MachineA-Amer…
After 6,500 hours of continuous RapidSX™ validation, Ucore Rare Metals is installing the first commercial-scale rare earth separation machine at its Louisiana Strategic Metals Complex in Alexandria — and its engineering specs just got significantly upgraded. 🧵
TSX.V: UCU | OTCQX: UURAF
🎯 What Machine A Actually Is
Machine A is the first full-scale commercial RapidSX™ separation unit deploying into the Louisiana Strategic Metals Complex (LA-SMC) at England Airpark, Alexandria, Louisiana — a production-ready machine built from the ground up with zero Chinese-sourced equipment or components.
This is not a pilot. This is not a demonstration. This is a production-ready commercial machine — funded by the US Department of Defense, designed by Orbital Engineering Inc., and purpose-built to produce saleable, separated heavy and light rare earth oxides for the Western supply chain.
Machine A verified specifications:
🔢 118 RapidSX stages — significantly upgraded from the original 64-stage design, revised after 6,500 hours of Kingston CDF run-time data
📦 600 metric tonnes per annum — confirmed separated REO output capacity
🛠️ Orbital Engineering Inc. — independent engineering firm responsible for the enhanced commercial configuration
💰 ~$60 million capital estimate for Machine A — partially offset by the $22.4M total DoD OTA investment
📅 H1 2027 — targeted installation, testing and commissioning
metaltechnews.com/story/2026…
⚡ What RapidSX Is — And Why It Changes the Equation
RapidSX™ executes proven solvent extraction chemistry — but inside engineered, computerised columns rather than slow, massive mixer-settler tanks that define conventional Chinese rare earth processing.
The columns dramatically increase the interfacial contact area between aqueous and organic phases — resolving the kinetic limitations that make conventional SX slow, expensive, and geographically entrenched.
What RapidSX delivers:
⚡ Up to 3× faster chemical extraction vs. conventional mixer-settler SX
📦 Dramatically compressed physical footprint — modular column architecture, not massive industrial tanks
🔄 Continuous steady-state operation — low variability risk, consistent output specification
🌍 100% North American and allied-nation components — DPAS-rated procurement, zero Chinese equipment
🎯 Output purity exceeding 99.5% — qualifying for sintered NdFeB and DoD defense specifications
🔁 Feedstock agnostic — accepts MREC, MREO, recycled magnet concentrates, and mining outputs
Validated across 6,500 hours of continuous operation and 25,000 analytical samples at Kingston — the most extensively demonstrated proprietary REE separation technology in North America.
🏭 The Full Louisiana SMC Architecture
Machine A is Phase 1 of a three production-line facility. The Orbital Engineering report reveals the complete commercial blueprint:
⚙️ Machine A — 118 stages | 600 tpa | H1 2027 | ~$60M capex
Direct NdPr production from MREC/MREO feedstocks
Product flexibility and production line integration capability
Partially DoD-funded
🏭 Production Line 1 — follows Machine A commissioning | ~$44M capex
📦 Oxide Packaging Facility — ~$31M capex
🎯 Three-line total: ~9,000–9,600 tpa TREO capacity
💰 Machine A Production Line 1 combined: ~$135M
The facility sits on an 80,800-square-foot brownfield site at England Airpark — selected for its existing industrial infrastructure, Louisiana state incentives of ~$15M, and strategic position within the US defense-industrial corridor.
Read Ucore's, Developing a Vertically Integrated Rare Earth Supply Chain, Nov 2025 for further details 👇
ucore.com/Ucore_Nov25_2025.p…
📅 The Verified Scale-Up Roadmap
The honest, corrected timeline from Ucore's own engineering documentation:
✅ Today — Kingston, Ontario CDF: operating, 6,500 run-time hours, shipping product samples for OEM qualification
🔩 Now — Louisiana SMC: DPAS-rated long-lead components already on site, Machine A construction underway
⚗️ H1 2027 — Machine A installation, testing and commissioning | 600 tpa first production
📈 2027 — Scale to 5,000 tpa via additional RapidSX trains
🎯 2028 — Full capacity potential: 7,500 tpa total TREO
🏭 Long-term — Three-line LA-SMC target: ~9,000–9,600 tpa
🗺️ Where Ucore Sits in the Broader US Strategy
The US is building a multi-node rare earth refining infrastructure simultaneously:
Ucore's combination of DoD-funded commercial machine, VAC/eVAC downstream offtake, Greenland feedstock, and Bokan long-term mine supply makes it one of the most fully integrated HREE strategies in the Western world.
📍 What to Watch
🔩 Long-lead component delivery to Louisiana SMC — already confirmed received ✅
⚗️ H1 2027 — Machine A installation and commissioning — the single most critical milestone
📦 First 600 tpa production output — H2 2027 the real proof point
🤝 VAC long-term agreement finalisation — within 9 months of MOU signing
🏔️ Bokan-Dotson Ridge — any development funding or permitting milestone toward "near shovel-ready" status
📈 2027 → 5,000 tpa — second-phase RapidSX train additions at Louisiana SMC
📎 Sources:
🔗 Meet Machine A — Ucore Official
ucore.com/Meet_MachineA-Amer…
🔗 Ucore Front-Loads REE Separation Strategy — Metal Tech News, June 2026
metaltechnews.com/story/2026…
🔗 Orbital Engineering Report — Optimised Commercial Deployment Plan
theglobeandmail.com/investin…
🔗 Ucore $18.4M DoD Construction Funding
ucore.com/ucore-and-us-dod-a…
🔗 Ucore Rare Metals — TSX.V: UCU | OTCQX: UURAF
ucore.com
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