Next-generation fusion systems
Our compact multi-state fusion reactors offer high particle flux and exceptional lifetime performance, unlocking a wide variety of critical medical, industrial, and research applications today.
Supported by the best universities and institutes
A New Class of Fusion Reactor
Astral Systems has invented and demonstrated the first of its kind multi-state fusion device, enabling orders of magnitude improved fusion rates on a reactor architecture that embodies a quarter century of engineering design.
Compact in size with high particle flux and unparalleled lifetime performance
By utilising lattice confinement fusion (LCF), a process validated by NASA in 2021, our reactor design achieves solid-state fuel densities 400 million times higher than those achievable in the plasma.
Deuterium–tritium fusions per second
produced within a commercial architecture. Fusion performance verified by members from external independent institutions.
times higher fuel density
than those achievable in the plasma with our patented reactor design, unlocking orders of magnitude higher performance in a compact form factor.
of engineering design
and over 15 years of combined runtime as well as the latest understanding of stellar physics are the key to our core reactor architecture
Immediate medical and industrial applications
Our systems unlock a wide variety of medical, industrial, and research applications well before any fusion plant is plugged into the grid. We are developing innovative system designs to address global challenges such as those in health access and zero carbon energy.
Medical Isotope Production
We aim to provide medical isotope production at the point of care for both diagnostic and therapeutic applications. Our fusion-based alternative technology is more cost efficient, cleaner, safer and can be be situated near hospitals, dramatically reducing wait times and costs whilst improving quality of care.
Enabling Fusion Energy
Our reliable and high-performance compact fusion reactors are an ideal testbed for understanding what a full-scale fusion power plant will look like and how it might behave during operation; providing a tuneable and versatile platform for experimentation and high-quality data generation.
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Unlock the power of multi-state fusion
Contact us to learn how you can work with us and get access to our reliable and high-performance compact fusion reactors and isotope production for your organisation.
