Where the medicine is made
Sterile & aseptic fill-finish
Cleanroom suites, airlocks and pressure cascades for aseptic processing, designed to EU GMP Annex 1 and ISO 14644, with clean utilities engineered for sterile service.
Where the medicine is made
Cleanroom suites, airlocks and pressure cascades for aseptic processing, designed to EU GMP Annex 1 and ISO 14644, with clean utilities engineered for sterile service.
Pharmaceutical manufacturing
Nothing is less forgiving than an aseptic suite. The product is exposed, so the design has to hold a Grade A environment over it, keep a clean-to-less-clean pressure cascade in every direction, and move people, components and waste without ever crossing those paths. The contamination control strategy drives the layout, not the other way round.
| Area | Designed for |
|---|---|
| Grade A — critical zone | Unidirectional airflow over the exposed product, inside an isolator or RABS |
| Grade B — aseptic core | Background to Grade A: high air changes, terminal HEPA, strict gowning |
| Grade C — preparation | Solution and component preparation, positive to Grade D |
| Grade D — support | Washing, equipment preparation and the airlocks that step people in |
| Controlled, unclassified | Packing, warehousing and technical areas, comfort-conditioned |
Isolator or RABS. It sets the room grade around the line, the gowning regime and much of the footprint.
How people, components and waste step between grades without ever sharing a route.
WFI and pure steam capacity, loop sizing, drainability and the sampling points designed in from the start.
Every discipline this facility type depends on is designed and coordinated in-house, by one team.
From the first concept sketch to an issued-for-construction package, Agon designs pharmaceutical facilities that meet the highest international standards. We would welcome the conversation.