Introducing Plasma Forge™

The only platform that turns plasma into a versatile tool.

Plasma is the world's most powerful state of matter.

But only if you can control it.

Plasma can break molecules and fuse atoms at extreme temperatures with high efficiency. To do that, we need to sustain and shape it.

PLASMA FORGE™

The compact precision plasma platform.

Plasma Forge™ generates, stabilizes, and shapes high-power plasma in a programmable industrial system.

Abstract plasma platform overview — gradient pattern

Controls high-power plasma

Generates, stabilizes, and sustains plasma at energy levels required for fusion and industrial chemistry. All within a compact system.

Programmable by design

Tunes plasma conditions in real time to drive specific reactions, from rapid prototyping to full-scale production.

Ships, builds, scales rapidly

Container-sized systems can be manufactured, deployed, and installed quickly, replacing centralized, capital-intensive facilities.

Platform architecture.

The most efficient system for generating, shaping, and sustaining high-power plasma.

Plasma Forge platform architecture diagram

Putting plasma to work.

Brute force doesn't scale.

Traditional approaches rely on massive magnets, vacuum chambers, and billion-dollar facilities — too complex, too expensive, and too slow to build.

Plasma Forge already operates under industrial conditions.

The JV Fertilizer Plant is generating revenue, producing nitrates like Calcium Nitrate

The same platform is advancing fusion.

The JV Power Plant is in development, scaling plasma operations and AI-driven simulations to rapidly iterate toward break-even by 2030.

FUSION POWER PLANT

Our core plasma platform enables compact, scalable fusion power systems.

Fusion power plant use case

FERTILIZER PRODUCTION

Clean nitrate fertilizers, produced locally at lower cost, without reliance on global supply chains.

Fertilizer production use case
Explore Plasma Forge applications →

Careers

Come build what's next - now.

Careers
Careers