Proprietary Hardware
The SymbioChow
Kitchen Stack
Six proprietary cooking machines engineered for the unique challenges of low-gravity, vacuum, and radiation environments. Each system represents a breakthrough in extraterrestrial culinary technology.
6
Core Systems
99.2%
Water Recovery
0
Chemical Detergents
100%
Closed-Loop Design
NOVA-1 Vacuum Pressure Oven
Precision Baking Beyond Atmosphere
The NOVA-1 creates an internally pressurized cooking chamber that replicates Earth-standard baking conditions. Automated pressure regulation compensates for lunar ambient pressure, enabling traditional bread, pastries, and roasted dishes.
Technical Specifications
- •Internal pressure: 1 ATM equivalent
- •Temperature range: 50°C - 300°C
- •Capacity: 45L primary chamber
- •Power consumption: 2.8 kW peak
Mission Use Case
Essential for holiday meals, fresh bread production, and comfort food preparation that requires Maillard reactions and proper crust formation.
FLUX Mag-Lev Skillet System
Precision Cooking in Reduced Gravity
Electromagnetic levitation technology keeps cookware perfectly stable during meal preparation in 1/6th gravity. Induction heating with adaptive power modulation responds to food mass and composition in real-time.
Technical Specifications
- •Levitation clearance: 3-15mm adjustable
- •Induction power: 100W - 3.5kW variable
- •Surface area: 30cm diameter primary
- •Magnetic field strength: 0.8 Tesla max
Mission Use Case
Daily meal preparation including sautéing, stir-frying, and simmering. The levitation system prevents cookware drift during low-gravity cooking.
BIOME Fermentation Pods
Living Food Systems for Long-Duration Missions
Radiation-shielded fermentation chambers maintain optimal conditions for probiotic cultures, sourdough starters, and fermented vegetables. Multi-layer shielding protects living cultures from cosmic radiation while UV sterilization maintains chamber hygiene.
Technical Specifications
- •Radiation shielding: 99.7% GCR reduction
- •Temperature stability: ±0.5°C variance
- •Humidity control: 60-85% RH range
- •Chamber capacity: 6 independent pods
Mission Use Case
Production of yogurt, kimchi, miso, sourdough, and other fermented foods critical for gut health and flavor variety during extended missions.
GRADIENT Thermal Grill
Multi-Zone Precision Surface Cooking
The GRADIENT system provides simultaneous multi-temperature zones across a unified cooking surface. Independent heating elements create thermal gradients from 40°C to 400°C within centimeters, enabling complex dishes on a single surface.
Technical Specifications
- •Zone count: 12 independent thermal zones
- •Temperature delta: Up to 360°C gradient
- •Surface material: Ceramic-titanium composite
- •Heat-up time: Full range in 45 seconds
Mission Use Case
Preparing proteins with seared exteriors and controlled interiors, simultaneous cooking of ingredients requiring different temperatures, and complex plated presentations.
SYNTHESIS 3D Nutrient Printer
Molecular Gastronomy Meets Space Nutrition
Precision deposition system creates complex food structures from shelf-stable nutrient pastes. Multi-head printing enables simultaneous layering of proteins, carbohydrates, fats, and micronutrients with sub-millimeter accuracy.
Technical Specifications
- •Print resolution: 0.4mm layer height
- •Material channels: 8 simultaneous feeds
- •Build volume: 25 x 25 x 15 cm
- •Print speed: 40cm³ per minute
Mission Use Case
Custom-shaped meals for special occasions, personalized nutrition delivery based on individual crew requirements, and emergency food production from long-term nutrient stores.
CYCLE Closed-Loop Dish System
Zero-Waste Sanitation for Isolated Environments
Integrated washing, sanitization, and water reclamation system processes all dishware with 99.2% water recovery. UV-C sterilization combined with enzymatic cleaning eliminates the need for harsh chemical detergents.
Technical Specifications
- •Water recovery rate: 99.2%
- •Cycle time: 8 minutes standard
- •Capacity: 24 place settings
- •Energy per cycle: 0.4 kWh
Mission Use Case
All post-meal sanitation. The closed-loop design is critical for lunar water conservation, recovering and purifying wash water for immediate reuse.
Integrated System
Designed to Work Together
The Kitchen Stack is not six separate appliances — it's a unified culinary system. Shared power management, centralized water reclamation, and integrated controls create a seamless cooking environment optimized for lunar resource constraints.
Unified Power Grid
Smart load balancing prevents power spikes and optimizes energy consumption across all systems.
Central Water Loop
All systems share the CYCLE water reclamation infrastructure, maximizing conservation.
Integrated Controls
Single interface manages all equipment with recipe-driven automation and safety interlocks.
Interested in Our Technology?
We're seeking partnerships with aerospace manufacturers, space agencies, and research institutions to bring the Kitchen Stack to lunar operations.