In a landmark move for the semiconductor industry, Space Forge renowned for pioneering manufacturing techniques in microgravity has formalized its collaboration with United Semiconductors, one of the majors in bulk crystal growth of III-V semiconductor compounds.
The newly signed Memorandum of Understanding (MoU) marks a significant evolution in both companies’ missions, aiming to push the boundaries of semiconductor innovation by leveraging the unique advantages of space-based manufacturing environments.
Bridging Earth and Orbit for Quantum and Power Electronics
The collaboration, officially established after a year of joint efforts, seeks to deliver commercially viable, space-manufactured semiconductor materials tailored for quantum computing, power electronics, next-generation sensors, and display technologies.
By combining Space Forge’s proprietary microgravity-enabled materials deposition and the crystal growth mastery of United Semiconductors, the partnership sets a precedent for integrating novel manufacturing methods into the global semiconductor supply chain.
Space Forge’s flagship ForgeStar platform will spearhead the design and development of cutting-edge materials deposition equipment suitable for microgravity conditions. Meanwhile, United Semiconductors will contribute advanced crystal growth processes, create specialized equipment for space environments, and oversee comprehensive wafer processing and testing protocols.
These joint capabilities will support accelerated timelines for joint projects targeting high-tech applications and drive innovation across multiple verticals.
Fueling Next-Gen Technologies and Commercial Space Economy
Growing global demand for ultra-high quality semiconductor substrates is driven by emerging applications in quantum computing, telecommunications, and advanced electronics.
Space Forge and United Semiconductors’ partnership directly addresses the need for precision, quality, and scalability that terrestrial-only manufacturing cannot always deliver.
Their joint initiative to integrate microgravity-enabled deposition with reliable crystal growth and wafer processing techniques stands to create high-performance materials with characteristics unobtainable on Earth.
The companies plan to work closely with strategic long-term customers to map out dedicated project frameworks that will bring space-manufactured materials into practical terrestrial applications.
Upcoming project milestones will further cement their vision: transforming orbital manufacturing from a niche concept to a viable commercial resource for next-generation semiconductors.
The Bigger Picture: Shaping the Future of Semiconductor Manufacturing
As space manufacturing evolves from experimental stages to commercial reality, strategic partnerships like that between Space Forge and United Semiconductors are poised to redefine the landscape for high-value materials.
The initiative not only advances the scientific and technological frontiers of semiconductor production but also signals a shift toward more resilient and diversified supply chains, essential for maintaining U.S. leadership in critical technology sectors.
By bridging terrestrial expertise and orbital opportunity, this alliance demonstrates how cross-sector collaboration can unlock new capabilities and markets, shaping the trajectory of microelectronics and quantum technologies for decades to come.
Leadership CommentsÂ
Michelle Flemming, President of Space Forge, emphasized the strategic intent behind the partnership: Establishing a robust U.S. semiconductor manufacturing footprint that enables secure and resilient supply chains. The fusion of terrestrial and novel space-based techniques, coupled with United Semiconductors’ experience, is designed to highlight the commercial feasibility of producing semiconductor materials in orbit—a revolutionary step toward reshoring critical technology production and minimizing supply vulnerabilities.
Dr. Geeta Rajagopalan, President and CEO of United Semiconductors, echoed this optimism, noting that the convergence of specialized expertise will rapidly advance space-based manufacturing and possibilities for commercialization. As the private sector accelerates investment in low-Earth orbit operations, the partnership aims to unlock new avenues for sustainable growth beyond government-led programs, positioning U.S. industry at the forefront of global technology innovation.
