Advanced lithium vapor laser platforms for direct energy, fushion energy, isotope seperation, semiconductor manufacturing.
Advanced lithium vapor laser platforms for direct energy, fushion energy, isotope seperation, semiconductor manufacturing.
AgniCell's proprietary cascade excitation architecture unlocks performance regimes inaccessible to conventional laser systems. A lithium vapor gain medium — pumped by an all-solid-state optical chain — produces coherent UV output with quantum efficiency approaching the theoretical Stokes limit. One core engine. Four platform configurations.
output wavelength
Stokes Efficiency
Pump Architecture
Platform Configuratiopns
Lithium vapor replaces the fluorine and chlorine gas mixtures used in excimer lasers. No gas handling infrastructure, no consumable refills, no hazardous waste.
Serial master-oscillator power-amplifier architecture. Each stage amplifies the previous — power scales without coherent beam combining complexity.
Proven vapor containment technology operating at stable conditions. Self-regulating thermal management with no moving parts. Robust, field-deployable form factor.
The same core physics produces UV and far-infrared co-emission. Platform configuration determines which output channels are optimized for each application.
All pump sources derive from mature fiber laser and diode technologies. No dye lasers, no free-running oscillators. Telecom-grade reliability at each stage.
Extensive patent portfolio covering cascade architecture, pump engineering, mode control, and platform-specific innovations. Founded by inventors with prior exits.
Each platform leverages the same lithium vapor cascade core, configured for the specific power, pulse format, wavelength, and system integration requirements of its target domain
Guardian Fire — Directed Energy
High-power directed energy system with serial MOPA architecture. Heat pipe oven vapor cells enable power scaling to operationally relevant levels without coherent beam combining.
AVLIS — Isotope Separation
Isotope-selective photoionization exploiting the lithium mass isotope shift. Precision enrichment of lithium-6 and lithium-7 for the nuclear fuel cycle and advanced reactor coolants.
Daybreak — Fusion Energy Driver
High-repetition-rate UV driver for inertial fusion energy. Near-unity Stokes efficiency directly addresses the driver wall-plug efficiency problem that has historically limited IFE viability.
Industrial Photonics — Semiconductor
Pulsed UV source targeting excimer laser replacement in semiconductor manufacturing. Superior beam quality, longer operational lifetime, and lower cost of ownership — with no toxic gas infrastructure.