Ecosystem
Sustainable Manufacturing
Beyond Earth
CosmicMaker is being developed as a fully modular, scalable ecosystem across hardware, materials and services, all designed to support autonomous manufacturing across space environments.
Whether you’re operating in Low Earth Orbit (LEO), Geostationary Orbit (GEO), cislunar space, or preparing for interplanetary missions, CosmicMaker will provide the tools,
materials, and services to fabricate mission-critical components on demand.
Autonomous Manufacturing Platform
At the heart of the CosmicMaker ecosystem is the development of a fully autonomous 3D manufacturing platform.
Engineered for microgravity and harsh space conditions, it’s low-power, resilient, and built on industry proven 3D printing technology, expertly adapted for space deployment and designed for integration into orbital labs, satellites, and future habitats.
CosmicMaker’s hardware is being precision engineered for microgravity, low-power, sealed vats, autonomous monitoring, and LEO-ready integration.
LCD Stereolithography
High-resolution prints, minimal
energy, simple optics
Sealed Resin Vats
Safety in microgravity,
zero spill risk
Sensors & Monitoring
Print quality, system health,
environmental tracking
Compact Footprint
Rack-mountable module for
ISS and orbital labs
Advanced Materials
Our Mission is to empower space missions with autonomous manufacturing capabilities that enable sustainable exploration and habitation beyond Earth.
We’re actively developing a fully autonomous 3D production platform and broad range of materials to address this growing demand.
With ESA support, we’ve already printed in simulated zero gravity and we’re on a journey to delivering CosmicMaker capabilities to space in the not too distant future. We’re currently preparing the CosmicMaker II platform for parabolic flight and ISS integration.
Polymers
Radiation-tolerant photopolymers
tailored for vacuum and thermal cycling.
Composites
Polymer-ceramic mixes for custom performance.
Ceramics
Silicon carbide, alumina, for structural,
thermal, and wear-resistant parts.
Future Metals
Hybrid process integration under R&D.