Kicking off this month’s edition of our 5 Industry-Specific Trends for 2025 series, we turn our attention Pharmaceutical Production, a sector where innovation and precision are paramount. With increasing regulatory demands, the push for sustainability, automation and enhanced safety measures is reshaping manufacturing processes across the industry.
In our last instalment of the series, we explored the Food & Drink Manufacturing Industry, examining key trends such as hygienic design, automation, and waste reduction. Now, we turn our attention to pharmaceutical production, where advancements in high-purity fluid handling, cryogenic storage solutions, hydrogen & solvent recovery, sustainability, and ergonomic equipment are set to shape the industry’s future in 2025.
Spotlight: Pharmaceutical
Innovation is at the heart of the pharmaceutical industry’s evolution, with 2025 poised to bring significant advancements in drug manufacturing, precision medicine, and sustainable production. As regulatory requirements tighten and global healthcare demands grow, pharmaceutical manufacturers are investing in cutting edge-technologies to enhance efficiency, reduce waste, and improve patient outcomes.
In 2024, the industry faced challenges such as supply chain disruptions, rising price production costs, and the need for greater sustainability. However, investments in biomanufacturing, AI-driven drug development and green chemistry have continued to push the sector forward. As we move into 2025, pharmaceutical manufacturers will prioritise high-purity processing ,automation, and energy-efficient solutions to drive both innovation and compliance in an increasingly complex landscape.
5 Trends to look out for in the Pharmaceutical industry for 2025:
Trend 1: High-Purity & Custom Fluid Handling Solutions
Pharmaceutical production demands high-purity fluid transfer systems that meet the strictest standards for sterility, safety, and contamination control. As regulations tighten and the industry shifts toward more complex formulations, manufacturers require customisable, precision-engineered solutions to handle sensitive substances such as active pharmaceutical ingredients, biologics, and vaccines. To ensure compliance and efficiency, equipment must be designed with FDA-approved materials and sanitary-grade finishes.
Trend 2: Cryogenic & Ultra-Low Temperature Storage Solutions
With the rise of mRNA vaccines, biologics, and cell therapies, pharmaceutical manufacturers must handle materials at ultra-low temperatures to maintain product stability. Many of these advanced therapies require storage and transfer at temperatures as low as -80°C to -196°C, making traditional fluid handling systems inadequate. To meet these demands, specialised cryogenic transfer equipment is essential, ensuring the safe, contamination-free, and efficient movement of these sensitive substances.
Trend 3: Advancements in Biomanufacturing and Continuous Processing
In 2025, the pharmaceutical industry is increasingly adopting continuous manufacturing and bio manufacturing techniques to start to streamline production. These methods offer greater efficiency, flexibility, and scalability in the production of biologics, vaccines and complex pharmaceuticals. By transitioning away from tradition batch processing, companies can achieve fast production times, improved quality control and lowers costs, all while meeting the growing global demand for personalised medicine and biologic therapies.
Trend 4: Ergonomic & Hands-Free Equipment for Operator Safety
With workplace safety becoming a greater priority in pharmaceutical manufacturing, ergonomic fluid transfer equipment is playing a crucial role in reducing strain and minimising risk for operators. Hands-free drum filling systems, automated emptying equipment, and lightweight loading arms are designed to decrease manual handling, lower the risk of repetitive strain injuries, and enhance overall workplace safety. By integrating automation and ergonomic designs, these solutions not only protect workers but also improve efficiency and consistency in production.
Trend 5: Artificial Intelligence and Machine Learning in Drug Development
The pharmaceutical sector is one of the many industries embracing the power of AI and machine learning to accelerate drug discovery, development, and manufacturing processes. In 2025, we expect to see a continued rise in the use of AI t identify new drug candidates, optimise formulation processes and improve quality assurance protocols. Machine learning algorithms will enable manufacturers to better predict production outcomes, enhancing efficiency and reducing the time-to-market for new drugs and treatments.
At EWFM, we understand the critical requirements of pharmaceutical production and offer specialised fluid transfer solutions designed to meet the industry’s highest standards. From high-purity Swivel Joints and precision filling Nozzles to cryogenic-compatible transfer systems and ergonomic Loading arms, our equipment ensures efficiency, safety, and compliance in even the most demanding environments.
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