Ousia Labs presents an advanced O2 sensor designed with robust encasement and thermal management capabilities. The sensor is suitable for high-temperature environments, ensuring reliability and precision in challenging conditions.
Ousia Labs introduces a cutting-edge O2 sensor designed to meet demanding specifications for high-temperature environments. This advanced sensor is encased in a robust enclosure with options for thermal insulation and active cooling to manage heat loads effectively. The solution is tailored for industries where maintaining sensor accuracy and longevity under extreme conditions is critical.
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The current development stage is at Technology Readiness Level 2. The project is in the early stages, with plans for research, design, prototyping, and testing over the next 8-10 weeks, including lab and field tests to validate performance and integration into design for manufacturing (DFM) processes.
Ousia Labs specializes in developing CO2 extraction technology, making professional-grade botanical oil extraction accessible through its flagship home appliance, the Ousia Fountain. By utilizing a compact, user-friendly, and safe extraction method that functions on kitchen countertops, the company enables individuals to produce pure, chemical-free essential oils from herbs, spices, and flowers for use in culinary applications, fragrance creation, aromatherapy, and cosmetics. The system is designed to provide high-quality output while eliminating the need for complex, industrial-scale equipment previously required for such processes.
Beyond consumer-facing appliances, Ousia Labs serves the professional, research, and laboratory sectors by offering lab-grade extraction systems designed for consistency and precision. These higher-volume solutions, such as the 3.2LSFE model, provide advanced features like integrated flash chromatography and precise flow control to support businesses and universities. The company further augments its technology through the Ousia AI application, which assists users by identifying botanical compounds and recommending optimal extraction parameters based on desired outcomes, thereby helping customers maintain control over their wellness and ingredient quality.