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Incorporation of NBS and Service Oriented Operations.

• Built up - Start-of -the-art-of-facility for Industrial fermenters for large-scale microbial production (e.g., Food, Pharma,Bio agriculture etc.,).

Emergence of stainless-steel bioreactors, marking the shift from glass vessels to more robust materials for large-scale production.

Development of continuous (Parallel) culture systems and control systems for better monitoring and optimization of  fermentation processes.

Introduction of disposable bioreactor systems, offering cost-effective and flexible solutions for small-scale and clinical   production.

Emergence of computerized process control systems (e.g., SCADA) for automated monitoring and management of bioprocesses.

STATE EXCELLENCE AWARD FOR EXPORT ORIENTED PROJECTS

NATIONAL AWARD FOR UNIQUE CONCEPTUAL DESIGN, MANUFACTURER & EXECUTION WITH COLLABORATION WITH CIBA

 Introduction of integrated bioprocess systems combining Fermentation, Centrifugation, and Downstream processing into one streamlined platform.

The rise of "smart" bioreactors with real-time analytics and sensors to improve process efficiency and product quality.

Development of high-performance, scalable bioreactors (e.g., 3KL, 5KL, 10KL & 20KL + single-use bioreactors) to meet the needs of large-scale biologics production.

ASME BPE CERTIFIED MEMBER now entitled to all the privileges granted by the Constitution of the Society, an organization for promoting the art, science, and practice of mechanical engineering (ASME Sec VIII Div I).

Emergence of bioreactors optimized for cell and gene therapy production, addressing the growing demand for personalized medicine.

 Continued evolution toward fully automated, self-optimizing bioprocess systems, increasing flexibility and reducing costs in biologics production