Directed-Energy Manufacturing
THE FACTORY FLOOR OF PLASMA PRESS
Shaping matter using photons, plasma, and electromagnetic fields — eliminating the rate-limiting mechanical processes that constrain conventional fabrication.
FIELD-BASED FABRICATION — THE TOOL IS THE FIELD
The Principle
The Codex proved that femtosecond laser pulses can permanently mark polymer at 60 m/s with zero mechanical contact. That same principle — shaping matter with photons and fields instead of tools — extends to vacuum deposition, plasma bonding, and electromagnetic forming.
Plasma Press operates three directed-energy manufacturing systems for the conglomerate:[7]
Vacuum-Phase Additive Manufacturing
Material deposition in hard vacuum under continuous plasma bombardment. No atmospheric contamination. No oxidation layer. The plasma itself is the tool — heating, ionizing, accelerating, and depositing material in a single continuous field operation. This is how Vapor Vacuum thin films get deposited, how the Bi-Mg metamaterial layer on the Lorentz Aerospace hull gets fabricated, and how Aetheric Sciences photonic dies get etched at the atomic level.
Plasma-Assisted Bonding
Two surfaces in contact inside a shaped plasma field. The field strips surface oxides, activates atomic bonding sites, and applies controlled thermal energy — without mechanical pressure. Bond strength approaches theoretical lattice limits because the interface is atomically clean. This is how Metallic Sciences joins dissimilar refractory alloys that cannot be conventionally welded.
Magnetically Shaped Forming
Electromagnetic pulses replace hydraulic rams. A conductor placed in a rapidly changing magnetic field experiences Lorentz forces that shape it without contact. No dies wear out. No tooling inventory. The "die" is a current waveform stored in software.
Roll-to-Roll Graphene CVD
The current development frontier. Large-area chemical vapor deposition of monolayer graphene at the scale required for the Lorentz Aerospace Block 2 hull — 200 m² of atomically continuous graphene with gate electrode integration. Laboratory CVD produces wafer-scale graphene. Plasma Press is scaling it to hull-scale.[8]