SIRBRAS aims to provide on-demand access to a dedicated, automated microgravity environment, enabling the creation of next-generation pharmaceuticals and semiconductors that would be impossible to produce on Earth.
On Earth, gravity is the invisible barrier to perfection. It introduces defects into silicon crystals and impurities into vital medicines, limiting the performance of our electronics and the efficacy of healthcare. For decades, the most advanced industries have been constrained by this fundamental force.
We are designing the solution: an isolated, controlled, and fully automated manufacturing facility planned for Low Earth Orbit. Our LMM will be a pristine environment, free from the vibrations and contamination that plague existing platforms. By removing gravity from the equation, our goal is to unlock a new era of molecularly perfect production.
Our Microgravity as a Service (MGaaS) model will be designed for high-value industries ready for a quantum leap in quality.
The goal is to achieve a level of purity and structural perfection in Active Pharmaceutical Ingredients (APIs) that is currently unattainable.
In the absence of gravity-driven convection, crystals will be able to grow with near-perfect uniformity, free from inclusions and defects.
This will lead to drugs with potentially higher efficacy, stability, and better performance.
We plan to enable the production of silicon wafers with a near-flawless crystal structure, eliminating imperfections caused by gravitational stress.
This will result in chips with higher performance due to faster electron mobility.
The process will drastically improve energy efficiency, as a perfect crystal lattice offers minimal electrical resistance.
This will also increase production yields by reducing the number of chips discarded due to undetectable internal flaws.
We will streamline the entire process into a seamless service, from Earth to orbit and back.
Clients will provide their raw materials in our standardized capsules. We will then manage the complex logistics through our network of specialized launch partners.
Our advanced robotic systems will handle all materials within our specialized, modular LMM. The client's process will run in a perfectly controlled microgravity environment, and they will be able to monitor its progress in real-time via our telemetry systems.
Once manufacturing is complete, the high-value products will be securely packaged and returned to Earth via controlled reentry vehicles for direct delivery.
Our vision is to provide the revolutionary benefits of in-orbit manufacturing without the immense cost, risk, and complexity of building a private infrastructure.
Clients will be able to leverage our multi-billion dollar infrastructure for a simple service fee.
Our model will be based on the mass and processing complexity of the mission, ensuring a clear and predictable cost structure.
This will allow clients to concentrate on their core research and product development while we handle the complexities of space operations.
We are not just planning a factory; we are planning a responsible presence in orbit. Our operational strategy will incorporate rigorous protocols and cutting-edge technology to ensure safety and sustainability.
We will use advanced post-mission disposal systems to ensure our labs deorbit safely at their end-of-life, preventing the creation of space junk.
Our labs will be designed with optimized shielding and materials to withstand the harsh environment of LEO, including radiation, atmospheric drag, and space debris.
We will operate with full U.S. federal authorization, adhering to strict FAA, FCC, and NASA standards for safety, materials, and structural integrity.
The next generation of materials will not be made on Earth.
Partner with SIRBRAS to help build a new era of innovation and leave terrestrial competitors behind.
Contact us to learn more about our future plans.