Market analysis and Lead Generation of Single Use Bag Assemblies and Filters

Abstract

Single-use technologies are increasingly being adopted in the pharmaceutical and biopharmaceutical industries to increase manufacturing flexibility, reduce contamination risks and improve operational efficiency. Single-Use Bag Assemblies (SUBA) and filtration systems are now integral components of modern bioprocessing in that they provide sterile fluid handling with minimum cleaning and validation requirements. The study was conducted during an industrial internship with Saint-Gobain Life Sciences with the goal of evaluating the market opportunity for single-use bioprocess solutions, mapping potential customers, understanding industry requirements, and supporting lead generation within the main pharmaceutical manufacturing clusters in India. The research utilised a blend of primary and secondary methods, such as literature review, industrial cluster mapping, account identification, customer contacts, site visits, technical discussions and competitor analysis. Information collected from such activities were meticulously documented and analysed to provide an understanding of product adoption trends, customer pain points, purchasing habits and market opportunities without jeopardising the confidentiality of business-sensitive information. The study covered key pharmaceutical hubs including Bengaluru, Dharward, Pune, Mumbai, Nashik, Nagpur, Hosur, Kolar, Dharwad and Chhatrapati Sambhaji Nagar, providing a holistic insight into regional market dynamics for single-use assemblies and filtration products. The results revealed an increasing demand for individualised bioprocess solutions driven by the growth of biologics manufacturing, rising regulatory expectations, and the industry’s move towards flexible manufacturing systems. Through customer engagement, the importance of technical understanding, solution-based selling and application-specific customisation to meet manufacturing needs and build business relationships was emphasised. In summary, the internship was successful in demonstrating the combination of biotechnology with industrial marketing and business development, and the importance of market research, customer mapping, competitor intelligence and opportunity prioritisation in facilitating the commercialisation of advanced life science technologies and contributing to sustainable business growth.