Columbus, Ohio

Advanced Materials

Novel alloys, mineralized composites, and formulation systems developed in-house. From silver-silicon eutectics to glass-wood hybrids—we design materials with purpose.

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Material Systems

Engineered from elemental composition to final form.

Precious-metal jewelry materials

Jewelry Manufacture

Our proprietary approach to jewelry alloys—including Elysium Silver, Pattern Bronze, nickel-free German Silver, fine silver, and sterling silver. Each alloy is either chosen or developed for specific aesthetic, structural, and biocompatibility properties.

  • Elysium Silver (92.5% +)
  • Pattern Bronze (Cu-Sn eutectic)
  • Nickel-Free German Silver
  • Fine Silver (99.9% Ag)
  • Sterling Silver (92.5% Ag)
  • Custom alloys
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Glass-mineralized wood composites

Vitralignum

Wood infused with glass-forming minerals under controlled thermal conditions. The result is a material with the warmth of wood and the permanence of mineral—ideal for luxury objects and experimental prototypes.

  • Thermal mineralization
  • Glass-forming chemistry
  • Density manipulation
  • Material storytelling
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Skincare and personal care bases

Formulation Systems

In-house developed carrier systems, active delivery mechanisms, and stability frameworks for personal care products. Built from raw ingredients with full traceability.

  • Lipid-based carriers
  • Active stability systems
  • Emulsion frameworks
  • Preservative strategies
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R&D Capabilities

Lab-to-bench research and development.

Alloy Development

Custom alloys—including Elysium Silver, Pattern Bronze, and nickel-free German Silver—with precise control over composition, mechanical properties, and casting behavior.

Thermal Processing

Controlled atmosphere furnaces for glass formation, mineralization, and thermal transformation of organic materials.

Formulation Chemistry

Stability testing, compatibility analysis, and shelf-life validation for personal care and specialty formulations.

Prototyping

Small-batch production and rapid iteration for material validation and product development.

Materials-first product development.

We do not design products and then find materials. We develop materials that enable new kinds of products. This inversion—materials before form—drives everything we make.

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