In the diverse world of bioprocessing, from cell cultures to microbial and algae cultivation, each bioprocess demands specific bioreactor features.
Our fit-for-purpose bioreactors address these unique needs with versatility, offering tailored solutions for optimal growth conditions, efficient nutrient supply, and precise environmental control, ensuring high productivity and consistency across various bioprocessing applications.
Our fit-for-purpose bioreactors are designed for specific applications or host organisms, allowing more affordable and easier-to-use configurations.
Choose your player…
Animal cells
- Mammalian
- Avian
- Fish
Algae
- Micro-algae
Microbial
- Bacteria
- Yeasts
- Fungi
…for different applications
Food industry
- Cultivated meat
- Food ingredients
Supplements
- Nutraceuticals
- Probiotics
Beyond food
- Cosmetics
- Personal care
- Biobased chemicals
A set of purpose-driven features
Gentle mixing mechanisms
Low shear mixing to prevent cell damage is important, in particular for animal cell cultures. Techniques like specialized impeller designs, multiple impellers, sparger design and computational fluid dynamics (CFD) analysis ensure gentle mixing, critical for the cells’ integrity.
Precise environmental control
Our bioreactors offer real-time control over temperature, pH, DO, and CO2. Advanced sensors and control systems maintain conditions mirroring the host organisms’ natural environment, promoting optimal growth and productivity.
Sterility and contamination control
Our bioreactors have sterile barriers, autoclavable or disposable components and closed systems for media/gas exchange, ensuring aseptic conditions and preventing microbial competition or infection.
Optimal aeration and agitation
Our bioreactors provide efficient aeration and agitation to ensure sufficient oxygen transfer and uniform distribution of microbes.
Scalability and productivity
Our fit-for-purpose bioreactor design supports scalability, ensuring that the process remains efficient and productive even at larger volumes.
Light management
Because some plant-based cultures require light for photosynthesis, light availability is a critical factor. Our bioreactors can be fitted to ensure uniform light distribution, through artificial lighting systems and light penetration optimization.