Integrated cold storage solution
Engineered as one centralized infrastructure
Our large-scale cold storage solution consolidates capacity into a centralized, integrated infrastructure designed around your facility, storage requirements and long-term capacity needs.
Aligned with Pharma 4.0 principles, the architecture reduces complexity, connects systems with your facility's wider data ecosystem and creates a more scalable and manageable cold storage infrastructure.
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Individual upright freezers
A practical solution at lower storage volumes
Upright freezers work well when storage requirements are limited and capacity growth is predictable. But as volume increases, every additional freezer add another asset to power, monitor, maintain and qualify.
- Storage capacity is typically around 200-400 L per unit. Lower storage density means more individual freezers are required as capacity grows.
- Footprint grows with every added freezer. More units require more GMP floorspace, HVAC capacity, maintenance and validation.
- Energy scales with asset count. Each freezer operates independently, so total energy consumption increases as more units are added.
- Traditional panel-cooled designs can be more sensitive to inventory configuration and tightly packed products, which may restrict airflow.
- With a single refrigeration system per unit, resilience often depends on spare capacity, backup freezers or operational contingency plans.
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LArge-scale COLD STORAGE
Designed for growing and high-volume storage requirements
When cold storage starts to affect floorspace, utilities, operations and long-term expansion, an integrated approach allows capacity to be managed as infrastructure rather than as a growing collection of individual assets.
- Storage capacity is typically up to 4,800 L per unit. The GMP freezers consolidate significantly more storage into each unit, increasing storage density per square feet.
- Fewer, larger units create a substantially more compact cold storage footprint and release valuable facility space by up to 75%.
- Up to 73% lower energy consumption due to Integrated refrigeration architecture that delivers large-scale capacity with significantly lower energy demand.
- Forced-air circulation designed to maintain uniform conditions throughout the storage environment, supporting ±1°C product temperature uniformity.
- Dual-redundant refrigeration architecture designed to maintain critical storage conditions if a cooling component is unavailable ensure no operational downtime.
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Access Engineering Library
Get exclusive access to detailed data & specifications, layout drawings, airflow models, capacity calculations, infrastructure designa, pricepoints and more.
The library is created specifically for engineering and project teams that work with .
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