Why nanoprintek?
When it comes to printing electronics, sensors, micro-batteries/supercapacitors, etc.., what if instead of wet printing technologies (i.e., ink-jet and aerosol-jet) there was a dry printing and additive nanomanufacturing technology that could enable:
- On-demand and in-situ generation of various pure nanoparticles (e.g., metals, insulators, semiconductors, superconductors, ceramics, composites, etc.)
- In-situ and real-time laser sintering of dry nanoparticles jet on various substrates (polyamide, PET, PDMS, paper, metal, ceramic, etc.), with no further post-processing
- Multi-material printing of hybrid and composite materials and structures
THE SHIFT FROM INK TO DIRECT MATERIAL PRINTING
STANDARDIZATION STARTS WITH RAW MATERIALS
- Supply-Chain-Independent Manufacturing – Prints directly from elemental raw materials with no inks, binders, solvents, or post-processing steps.
- Sovereign & Secure Production – Eliminates reliance on foreign or vulnerable supply chains, enabling U.S.-based, mission-ready electronics manufacturing.
- Raw-Material-to-Final-Print Workflow – A simplified, one-step process that replaces the multi-stage ink-based manufacturing pipeline.
- On-Demand, Anywhere Manufacturing – Ideal for laboratories, factories, field environments, and even space-based production.
- High-Resolution, Multimaterial Printing – Supports metals, semiconductors, and functional materials on 2D, 3D, curved, or irregular surfaces.
- Zero Consumable Bottlenecks – No nanopowder suppliers, no ink formulation, no specialized chemicals—full autonomy over materials.
- Enhanced National-Security Resilience – Provides resilient, contingency-proof manufacturing for defense, aerospace, and critical infrastructure.
- Fast, Clean, and Sustainable – Eliminates chemical waste, reduces environmental impact, and accelerates time from concept to functional device.