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HPAPI projects are considered high-complexity undertakings. Multiple systems – filling and capping lines, containment, freeze-drying, and building services – must work together seamlessly. Market pressures are mounting: smaller batches, more product routes, and frequently changing formats. Without end-to-end system integration, coordination efforts, security gaps, and commissioning delays increase significantly.
A component-by-component approach with separate suppliers creates points of failure, which include inconsistent interfaces, divergent safety logic, and unclear responsibilities when changes are made. Particularly challenging are cross-functional features like wash-down with WFI, which must equally cover transport systems and return air ducts, or pressure cascades that consistently manage filling areas, isolator segments, and lyophilization loading/unloading. Individual FATs rarely demonstrate how the entire system reacts in a real-world configuration.
The number of hybrid lines is increasing. At the same time, qualification work is shifting to an earlier stage: Regulators and operators expect critical functions to be comprehensively tested even before installation.
Turnkey solution with integrated system design and iFAT (integrated Factory Acceptance Test).
Planning HPAPI production lines as an integrated, end-to-end system reduces complexity to manageable processes. Standardized interfaces, simulation-based design, and an iFAT that replicates real-world conditions are crucial for ensuring safety, predictability, and a swift transition to GMP production.
Optima develops turnkey solutions with a fully assembled complete system at the CSPE centers in Schwäbisch Hall. iFAT includes functional and leak tests, pre-cycle development, safety and emergency tests, as well as coordinated SCADA integration. Customers benefit from clear interfaces, accelerated qualification, and measurable risk minimization.
