Scalable Bioreactor Solutions
For Shear-Sensitive Cell Cultures
From Lab to Industrial Scale
From research to industrial production
for multiple cell types
Stem cells, immune cells, organoids, microalgae…
Industrial-Scale Cell Solutions
for Advanced Bioproduction
Scaling, our cutting-edge bioreactor technology eliminates shear stress, ensuring optimal cell growth for cell therapy and cultivated meat production.
Technology
for the Future of
Bioproduction
Few solutions have succeeded in truly overcoming the core limitations of traditional bioreactor systems — especially when it comes to producing fragile cells at industrial scale. Cellura takes a different path.
Our patented rotating bioreactor technology is designed to break through the major barriers of cell culture, particularly shear stress, which has long compromised the viability and function of sensitive cells. Our approach delivers both scalable manufacturing capabilities and high- performance tools for research environments.
From stem cells, organoids, NK, T cells to microalgae and rare cell lines, Cellura’s innovation is powering the next generation of bioproduction across medicine, biotechnology, and sustainable food.
Scalability
Designed for seamless integration in cell therapy & cultivated meat production.
Optimized Mixing Efficiency
Achieves homogeneous gas, nutrient, and cell distribution.
Minimal Shear Stress
Protects fragile cells from mechanical damage.
Effortless 3D Cell Expansion
Our innovation is the ultimate low-shear, cost-effective solution for transitioning from traditional 2D flask culture to advanced 3D bioreactor systems—without disrupting your current workflow.
Latest Insights & Innovations
Stay updated with our lastest news in bioproduction
Cellura Heads to Boston for Cell & Gene Therapy International 2026 From September 22 to 25, 2026, Cellura will attend Cell & Gene Therapy International 2026 (CGTI) at the Hynes…
A New Generation of Engineered Immune Cells CAR-T cell therapy has transformed the treatment of several hematological malignancies, but its clinical deployment remains constrained by patient-specific manufacturing, treatment delays, allogeneic…
The search for reliable biomarkers is becoming increasingly central to biomedical research. In oncology and precision medicine, biomarkers can support earlier disease detection, patient stratification, prognosis, treatment selection, and longitudinal…
