Mining | Mineral Recovery | Strategic Materials

Advancing U.S. Mineral Independence Through Precision Recovery

American-developed technology enabling efficient recovery of critical minerals through resonance-based processing.

Explore the TechnologyWhy FYVE STAR
Domestic Mineral Positioning

Domestic Mineral Recovery Is a National Priority

The United States faces increasing pressure to secure reliable access to critical minerals and rare earth elements essential to defense, energy, and advanced manufacturing.

Traditional mining methods alone are not sufficient to meet this demand efficiently or sustainably.

FYVE STAR, INC. is focused on identifying and bringing forward advanced processing technologies that enable:

  • improved recovery from domestic deposits
  • access to low-grade and complex mineral resources
  • increased efficiency across mining operations
  • reduced reliance on foreign-controlled supply chains

This is a shift from extraction to intelligent recovery.

Technology Platform

Liberation Through Natural Resonance

The United States is under increasing pressure to secure domestic access to critical minerals and rare earth elements.

FYVE STAR continuously evaluates technologies that are not only progressive—but truly disruptive in their ability to change how industries operate.

This platform represents one of those technologies.

Originally developed within the Sample family and now advanced under PulseWave Gold, this system introduces a fundamentally different approach to mineral processing.

It operates on Natural Resonance Disintegration (NRD), applying:

  • tuned resonance frequencies
  • rapid compression and decompression cycles
  • vortex-generated shear forces

Unlike conventional systems—hammer mills, crushers, and grinding circuits—that rely on external force, this process acts from within the material itself.

The result is implosive fragmentation and selective material separation along natural fracture boundaries.

  • no reliance on brute-force crushing
  • reduced over-grinding
  • improved phase separation
  • preservation of particle integrity

This enables selective liberation of mineral phases that are typically difficult to separate using conventional methods.

This is not mechanical reduction.
This is physics-driven mineral liberation.

Minerals are not crushed.
They are liberated.

Validation & Government Relevance

Validated Through U.S. Research and Institutional Study

The underlying technology has been evaluated through multiple research and development programs, including work associated with the U.S. Department of Energy and the U.S. Department of Agriculture.

Processing Breakthrough

Recognized as a breakthrough advancement in material and mineral processing.

Complex Phase Separation

Demonstrated ability to separate complex mineral phases efficiently.

Contaminant Reduction

Testing showed up to 80% removal of pyrite and significant reduction of unwanted material components.

Efficiency Gains

Improved energy efficiency compared to conventional milling systems, with effective particle reduction in a single pass.

This body of validation confirms the technology as a credible, research-supported advancement in mineral liberation.

Market Readiness & Deployment

From Proven Technology to Real-World Deployment

The United States faces increasing pressure to secure reliable access to critical minerals and rare earth elements essential to defense, energy, and advanced manufacturing.

While the underlying technology has existed for years and has been evaluated through programs associated with the U.S. Department of Energy and the U.S. Department of Agriculture, it has not previously been brought forward at scale into the U.S. market.

Until now.

As demand for rare earth elements and critical minerals continues to accelerate, the need for technologies capable of efficient separation and recovery has become increasingly urgent.

This platform represents a convergence of two realities:

  • a proven, validated technology
  • and a market that is now ready for it

FYVE STAR, INC. is positioned to help bridge that gap.

By identifying and advancing technologies that are not widely accessible—but highly capable—FYVE STAR brings forward solutions that align with current U.S. mineral and resource priorities.

A validated technology with the ability to address one of the most challenging aspects of rare earth processing—separation—is now being introduced into a market actively seeking solutions.

This is not a new concept.
It is a proven capability entering the market at the right time.

Strategic Application

Rare Earth Recovery & U.S. Critical Mineral Demand

Rare earth elements and critical minerals are essential to U.S. defense systems, energy infrastructure, and advanced manufacturing.

Why It Matters

Current domestic supply remains limited, creating reliance on complex and often foreign-controlled processing chains.

Why It Is Different

For rare earth applications, where separation—not just extraction—is the primary challenge, this capability is significant.

System Capabilities

Through controlled resonance and internal stress separation, this system enables liberation of tightly bound mineral phases and improved separation within complex rare earth matrices.

Operational Impact

Supports recovery from low-grade and previously uneconomical deposits while increasing efficiency in downstream processing.

This is not conventional processing. This is precision mineral separation aligned with current U.S. demand.