Manufacturing Site Equivalency | Thermo Fisher Scientific

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Consistent manufacturing across global workflows

Maintaining consistent outcomes across regions becomes increasingly complex as programs advance from development to manufacturing. Differences in raw material sourcing, equipment configuration, service execution, and supply chain coordination can introduce variability, delay timelines, and increase operational risk. Site equivalency addresses these challenges by aligning manufacturing, service, and supply chain operations within a global manufacturing network. Through harmonized sites, shared quality systems, and coordinated planning, Thermo Fisher Scientific supports reliable execution across global bioprocessing workflows, so teams can plan, scale, and transfer with greater confidence.

Why site equivalency matters for process continuity

Site equivalency helps reduce manufacturing risk by enabling comparable outcomes across locations. As programs scale or transition between sites, equivalent processes, materials, and controls help maintain process performance while minimizing disruption. For process development teams and MSAT leaders, this alignment allows predictable execution across regions and development phases.

How site equivalency is achieved

Site equivalency is achieved by aligning core elements, such as raw materials, procedures, processes, equipment, testing, and quality systems, across manufacturing sites.

Aligned raw materials across manufacturing locations

Harmonized supplier qualification, material specifications, and testing requirements support consistent raw material quality. Unified acceptance criteria and sourcing practices help maintain material comparability.

Harmonized procedures to protect raw material quality

Standardized procedures and controls are applied consistently across sites to protect raw material quality during handling, movement, and storage. Alignment, repeatability, and governance drive consistent execution across the global manufacturing network.

Standardized processes from dispensing to filling

Mirrored manufacturing steps, controls, and procedures from dispensing through filling are applied consistently across sites. Standard process execution enables comparable processing performance as manufacturing activities move between locations.

Equipment alignment for comparable process outcomes

Equivalent equipment, qualified to the same standards, is implemented across locations. Equipment alignment helps reduce variability during scale-up and site transitions.

Harmonized supply chain management sites

Harmonized supply chain management sites allow coordinated planning, inventory strategy, logistics oversight, and risk mitigation across manufacturing and service locations. Centralized planning frameworks connect sourcing status, material availability, and distribution logistics within a unified operating model. Global coordination enables flexible inventory strategies, such as safety stock positioning and vendor-managed inventory programs.

Service centers supporting bioprocessing workflows

Support bioprocessing workflows through service centers operating under aligned quality systems, facility standards, and compliance frameworks. Standardized procedures, specialists, and controlled environments, including ISO-8 classified cleanrooms where applicable, enable consistent service execution across regions.

Service centers extend equivalent operational practices across the global network, including locations in:

Dublin, IE
Durham, NC
Jessup, MD
Peabody, MA
Riverside, CA
Tampa, FL

Built-in redundancy to help manage supply risk

Multiple harmonized manufacturing sites help mitigate risk by reducing dependence on a single location. Distributed production capacity across sites helps maintain material availability during regional disruptions, capacity constraints, or site-specific events. Equivalent capabilities enable flexible production allocation without altering process specifications or quality standards.

Discover risk mitigation

Capacity planning supported by mirrored sites

Equivalent capabilities across sites support flexible capacity planning as demand changes or regional supply requirements evolve. Mirrored infrastructure reduces reliance on single-site capacity and allows production to be allocated across our global supply network. Coordinated planning enables teams to anticipate capacity needs and maintain continuity as programs progress from development to manufacturing.

Supporting confident tech transfer between sites

Aligned processes and quality systems help simplify site-to-site transfers while maintaining process intent and performance. Harmonized batch records, equipment specifications, and testing protocols reduce complexity during technology transfer activities. Validation approaches and unified documentation frameworks enable consistent implementation across locations.

Reducing variability during site-to-site transitions

Standardized procedures, aligned testing, and equivalent equipment help minimize variability when manufacturing activities move between locations. Comparable environmental controls, facility classifications, and process monitoring support reproducible conditions across sites. Coordinated change-control and documentation frameworks help maintain process specifications and product quality attributes during site-to-site transitions

Explore other bioprocessing capabilities

Connect site equivalency with broader bioprocessing capabilities designed to further planning, scale-up, and long-term production strategies. Explore how our global supply network and related capabilities integrate manufacturing, service, and supply chain operations within a workflow-aligned model.

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