n!Biomachines develops and manufactures fit-for-purpose bioreactors for next-gen bioprocessing. Our benchtop, pilot-scale and industrial-scale bioprocessing systems ensure high-quality, safe and efficient operations.
Unlike bioreactors designed for the pharmaceutical industry, n!Biomachines delivers easy-to-use and affordable bioreactors that are specifically conceived for different types of bioprocesses or host organisms.
n!Biomachines improves the commercial viability and scalability of bioprocesses, supporting innovations to enrich the food, supplement and cosmetics industries.
n!Biomachines overcomes growth barriers restricting various industry sectors by rapid manufacturing of fit-for-purpose bioreactors.
Our AUXO V® bioreactors are designed and engineered to meet the specific requirements of the biological process they are intended to support. Fit-for-purpose bioreactors expand the application of bioprocessing through purpose-driven, affordable, scalable and sustainable solutions.
Fit-for-purpose design allows for AUXO V® bioreactors to be optimized for specific biological processes, enhancing performance, yield, and product quality for a dedicated cell type or products, ensuring superior outcomes.
Our fit-for-purpose bioreactors are designed to meet specific needs without superfluous features, reducing costs in design, operation, and maintenance, making them more affordable for specific applications.
Our bioreactors can be tailored for easy scaling, allowing for efficient transition from research-scale to commercial-scale production, accommodating growing demand without sacrificing performance or quality.
We develop and produce advanced technology to make the future of nutrition and health an affordable reality.
Our fit-for-purpose benchtop bioreactors are engineered for both seasoned researchers and pioneering scientists. Our bioreactors are tailored to empower bioprocessing innovation, allowing for seamless scalability and flexibility in various settings.
Our bioreactors are suitable for companies of any size that would like to scale their bioprocessing capabilities. We guarantee affordability and availability of your applications, allowing you to maintain a fast pace of development/production.
As a large company, a big challenge is achieving industrial scalability while focusing on economic and ecologic key performance indicators. Our bioreactors for industrial-scale production are available upon request and may be tailored to your company´s needs.
Flexible and easy-to-use across different user experience levels
Enhanced modularity to fit desired cultivations (cell, microbial, algae)
Advanced automation and real-time monitoring (on-site and remote)
High customization and scalability from lab to industry (up to 25.000L)
Latest high-precision technology for peak operational performance
Focus on optimized operational costs and energy consumption
The Cultivated B and n!Biomachines are honored to share that we’ve received the renowned Red Dot Design Award for our AUXO V bioreactor!The award recognizes products that have exceptionally high design quality, as determined by the Red Dot jury comprised of 39 experts from 20 countries on 4 continents.
HEIDELBERG, GERMANY, & LYNGBY, DENMARK, April 24, 2024 – In a step toward technological progress and user-centered innovation, The Cultivated B (TCB) and The Novo Nordisk Foundation Center for Biosustainability (DTU Biosustain) at the Technical University of Denmark have entered into a Memorandum of Understanding.
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The Cultivated B (TCB) has successfully obtained ISO 9001:2015 certification, the globally recognized standard for quality management. The certification reflects TCB’s commitment to quality management, operational efficiency and customer satisfaction.
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The Cultivated B (TCB) today announced the name change of its Canadian subsidiary, now embracing a broader mission. Formerly called The Cultivated B Canada and located in Burlington, Ontario, n!Biomachines (pronounced “n factorial biomachines”) is dedicated to fulfilling the commercial scalability and viability potential of industrial cellular agriculture technologies across a number of product categories.
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