Inocua Space Systems provides flight-certified hermetic bio-barriers, automated vacuum autoclave sterilization, and sub-micron molecular cleanliness telemetry for deep-space missions to Mars, Europa, and beyond.
From cleanroom encapsulation to atmospheric entry shields, Inocua systems prevent cross-contamination between Earth and extraterrestrial bodies in strict adherence to ECSS and NASA requirements.
Ultra-lightweight multi-layer fluoropolymer enclosures designed to encapsulate robotic arms, science instruments, and sample collection mechanisms until cruise trajectory separation.
Spec Details (Log-6 Containment) →Dry Heat Microbial Reduction (DHMR) paired with gaseous Vaporized Hydrogen Peroxide inside vacuum rated chambers, achieving sterility assurance levels without degrading optical sensors.
Thermal-Vacuum Specs →Cryogenic quartz crystal microbalance sensors providing real-time ng/cm² outgassing quantification during integration, thermal vacuum testing, and orbital flight operations.
Sensor Interface Protocol →Estimate your flight payload's spore density and compliance classification under international planetary protection protocols (COSPAR Cat IV-a/b/c, ECSS-Q-ST-70-53C).
Total Viable Spore Count on Payload: 0.001
Inocua components have supported planetary probe integration, sample isolation capsules, and deep-space orbital missions across European and transatlantic consortia.
Engineered double-walled hermetic sample seal verification protocols, maintaining zero particulate transfer at 10-9 mbar cryo-pressures.
Delivered complete bioburden reduction validation for radiation-hardened magnetometer boom enclosures under Category IV-b specifications.
Automated molecular outgassing suppression and continuous QCM monitoring for high-throughput Earth observation satellite payloads.
Schedule cleanroom slot allocation at our Madrid ISO Class 4 facility or consult our planetary protection officers for flight bio-barrier qualification.
