Sartorius Digital Solutions Forum 2025
Bioprocessing 5.0: From Aspiration to Implementation
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Join us as we bring together industry innovators and leaders to showcase the latest advancements in Process Analytical Technology (PAT), Data Analytics, Process Monitoring, Control, and Process Units. This event will feature technical talks, demonstrations, and networking opportunities, including case studies from distinguished customers and partners, providing a platform to engage with specialists, find answers to pressing questions, and connect with peers during dedicated networking sessions to explore new ways to leverage cutting-edge solutions. The agenda will focus on pivotal themes such as digital transformation, data-driven process improvements through AI and ML, and automation and sustainability advancements powered by data. This is a unique opportunity to delve into strategies for maximizing data potential and to gain valuable insights into tools that streamline the digital journey. Don’t miss this chance to stay ahead in the industry and enhance your knowledge and skills. We look forward to seeing you there! Thank you.
Highlights
- Gain valuable insights and explore practical applications through scientific talks.
- Explore cutting-edge solutions at our product demonstrations and exhibition.
- Connect & engage with industry experts and peers to discuss innovative strategies for utilizing Sartorius' solutions.
Sessions
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AI & Automation have brought many benefits to business and society, is BioPharma Production ready and how will we keep up in our controlled and regulatory sensitive environment?
Steve Miller- Head of Product Management of Digital Solutions, Sartorius
This presentation delves into the Serum Institute’s innovative approach to conjugate vaccine production, highlighting advanced data analytics and Quality by Design (QbD) principles. Using tools like Umetrics® Suite and BioPAT® MFCS, Serum Institute enhances yield consistency, process robustness, and scalability. Attendees will discover how real-time data and flexible QbD frameworks drive impactful advancements in vaccine manufacturing.
Dr. Swapan K Jana, Director - R&D and Manufacturing, Serum Institute of India Pvt. Ltd
This presentation describes a preliminary study on equivalency of PLS/PCA NIR models built using SIMCA® compared to current validated models developed using different software. Test models were built in SIMCA® using same calibration spectra as current models, with similar spectra pre-treatment. Equivalence was assessed by primary outputs (scores/loadings),specific model predictions and outlier diagnostics. This effort is expected to allow manufacturing sites flexibility to use different multivariate software for operability/business reasons.
Nicholas Kee - Lead PAT Chemist, MSD Singapore
Explore IPCA's transformative journey in pharmaceuticalR&D and manufacturing, leveraging AI, ML, and automation to revolutionize workflows into efficient, data-driven systems. Learn how DoE, QbD, and MVDA enhance process understanding, optimization, and scalability. Discover real-world applications in scale-up, monitoring, and seamless tech transfers, showcasing how digital tools drive innovation, reduce timelines, ensure quality, and boost operational excellence.
Dr. Sanjeev Gupta - Director - IPCA R&D, IPCA Mumbai India
Traditional process monitoring relies on univariate plots, making it labour-intensive and often leading to post-process analysis. In contrast, multivariate data analysis condenses multiple plots into key visualizations, enabling Operators to quickly identify trends and anomalies. This approach serves as an early warning system, enhancing real-time monitoring, improving productivity, and reducing the risk of costly deviations.
Karthick Murugappan - Senior Scientist -PAT, MSD Singapore
Explore how Sartorius will support single-use production transition to Industry 4.0 with scalable automation solutions. Discover key directions and themes shaping the future of software and automation in the coming years
Cyril Mak - Solution Product Manager for Process Automation, Sartorius
Continuous cell culture offers high productivity for biologics like monoclonal antibodies but presents challenges in sustaining cell density and productivity over time. In this study, PAT tools integrated with the Ambr 250 HT system enabled automated monitoring and control of critical culture parameters. Results showed that low Biomass Specific Perfusion Rates(BSPRs) boosted cell productivity, demonstrating the power of PAT-driven, adaptive control for enhancing bioprocess outcomes.
Tang Wenqin - Senior Research Officer I, Bioprocessing Technology Institute (BTI)
At Serum Institute of India, we are advancing toward Industry 4.0 by building a digitalized biopharma production environment. Our approach integrates real-time data, process analytics, automation, and smart control systems, ensuring seamless data flow across operations. This presentation will highlight our journey to a data-driven, operator-centric infrastructure that drives product quality, efficiency, scalability, and real-time decision-making.
Rishubh Chadwa - Manager, Serum Institute of India Pvt. Ltd
This presentation highlights our learnings from developing Raman prediction models using SIMCA with data from Ambr250 and BioPAT Spectro. The successful transfer of these models to a benchtop bioreactor demonstrates its scalability and utility in monitoring and optimizing bioprocesses. This approach enhances process understanding and control, ensuring consistent product quality in upstream biomanufacturing applications.
Jiyun Park – Upstream process team, Manufacturing Science & Technology Division, GC Biopharma
Advanced process analytical tools and digitalization are transforming life sciences manufacturing by enabling scalable processes, seamless technology transfer, and real-time data analysis. Leveraging tools like Raman spectroscopy, manufacturers achieve improved process control, enhanced product quality, and greater operational efficiency, aligning with Industry 4.0 principles to accelerate innovation, productivity, and sustainability from lab to production.
Shan Lee - Business Development Manager, APAC, Optical Analysis, Endress+Hauser (S.E.A.) Pte. Ltd.
OEE is essential for optimizing production efficiency in bio-pharma manufacturing, evaluating the Availability, Performance, and Quality of various equipment and instruments. This session explores the practical application of OEE through case studies on Chrome resin health, sensor integrity, and equipment monitoring. It delves into the ROI of OEE adoption, highlighting challenges and benefits for production, engineering, and maintenance teams, with a focus on data-driven strategies to maximize operational excellence.
Vaibhav Patil - Sales Development Specialist Digital Solutions, Sartorius
Esteemed Voices From the Industry
Our selected experts will share insights on the latest trends, challenges, and developments in this dynamic field. Engage in unique discussions, learn about cutting-edge scientific discoveries, and explore the future of biopharmaceuticals with these influential thought leaders.
