The first manufacturing platform that operates below the atomic radius. Design crystal lattices atom-by-atom, fabricate quantum materials with sub-picometer tolerances, and produce next-generation semiconductors that current lithography cannot reach.
Each capability represents a breakthrough that individually would reshape its industry. Together, they form the first complete molecular manufacturing stack.
Position individual atoms with 0.01 picometer accuracy using quantum-locked electromagnetic guides. Achieve placement fidelity that exceeds the Heisenberg limit through entanglement-assisted measurement.
Resolution: 10^-15 mDefine material structures in code. Our assembly language compiles molecular blueprints into precise fabrication sequences, executing billions of atomic placements per second with deterministic outcomes.
Throughput: 10M atoms/secEngineer materials with exotic quantum properties: room-temperature superconductors, topological insulators, and programmable band-gap semiconductors. Design the laws of physics into your materials.
Novel material classes: 340+Fabricate transistor gates at 0.3nm and below -- three generations beyond current EUV capabilities. Direct-write molecular lithography eliminates the need for photomasks entirely.
Node: 0.3nm (3 angstrom)Produce metamaterials with programmable electromagnetic properties, ultra-high-strength composites at molecular perfection, and adaptive armor systems with tunable crystalline structures.
Classification: ITAR compliantDesign and fabricate high-entropy alloys with atom-by-atom composition control. Create gradient materials, functionally graded interfaces, and alloys impossible through traditional metallurgy.
Composition control: per-atomFemptoCom works at scales three orders of magnitude beyond current nanotechnology. Here is how our precision compares.
From research exploration to sovereign production deployment. Every license includes our molecular design toolkit and fabrication runtime.
We are onboarding research partners and industrial licensees for Q2 2026. Secure your position in the fabrication queue.
Currently 47 institutions in queue. NDA provided upon acceptance.