Exhibition
Step into Cognitive Manufacturing
The IMA Ever‑Evolving System invites you into a new era of manufacturing.
More than a standard solution
Freeze-drying has important applications in the pharmaceutical and biotechnology industries, and is now a standard procedure used to stabilise, store or increase the shelf life of drug products and other biologicals.
A pre-engineered, cost-effective, reliable and efficient industrial freeze dryer, LYOFAST keeps freeze-drying competitive as a pharmaceutical processing step.
For either bulk format or liquid in vials, ampoules or trays, the LYOFAST units are designed for the freeze-drying of high value products, such as vaccines, antibiotics, cytostatics, biologicals, hormones, active ingredients, and reactives.
Production plant
IMA Life
Freeze dryers for small-scale and large-scale production, with shelf areas ranging from 1 m2 to 40 m2 and more.
Various configurations of chambers and condensers to suit any layout.
Best-in-class refrigeration systems with two-stage, semi-hermetic reciprocating compressors, screw compressors, or cold nitrogen gas.
Direct expansion condensers or fluid circulation condensers.
Ready to be integrated with KRYOSEQ® for nucleation control.
IMA Life’s patented FUSION™ brazed shelves and FUSION PLUS™ shelves with non-stick coating technologies.
A wide range of features and options designed to meet the demands of complex drug formulations, including high-potent products and flammable solvents.
State-of-the-art control system, advanced instrumentation, with a high level of redundancy for optimum process control and enhanced quality of the final product.
By constructing the LYOFAST freeze dryer from a series of standard modules, we are able to compress project schedules and reduce lead times, even with large capacity equipment, with significant cost-savings.
LYOFAST shelves are designed and manufactured with IMA Life’s patented FUSION™ technology, to ensure higher quality and enhance process reliability. The FUSION™ – FUSION PLUS™ shelves are lighter and more resistant than conventional solutions and offer enhanced heat transfer properties.
