Pilot Scale Freeze Dryer with Stoppering for Process Development

What makes a pilot lyophilizer different?

A pilot unit freezes, heats and dries product on controlled shelves while recording the parameters used for cycle development. This differs from a manifold system, where pre-frozen flasks are connected directly to a collector and shelf temperature is not the main process input.

For vial work, confirm usable shelf area, minimum shelf temperature, cooling and heating rate, pressure-control range, product probes and data export. These features determine whether the batch can support a scale-up decision.

Specify the stoppering sequence

Provide vial and stopper drawings, fill volume, half-stopper height and the intended loading pattern. State whether final closure occurs under vacuum or after nitrogen or another approved gas backfill.

Shelf travel, parallelism and stoppering force must suit the container system. The factory test should use representative vials and stoppers rather than an empty mechanical movement.

Match the unit to process-development work

The LT-P24 platform provides 0.24 m2 of controlled shelf area for vial-cycle development and pilot transfer. Smaller LT-B models remain useful for formulation screening, flask drying and condenser-based work.

A useful pilot batch records formulation limits, shelf and product temperature, chamber pressure, endpoint evidence and finished-product results. Elapsed time alone is not a transfer package.

Information required for a quotation

Send the vial format, fill volume, number of vials, formulation type, expected critical temperature, required shelf range, condenser temperature, vacuum instrumentation, stoppering method, electrical standard and documentation scope.

Frequently asked questions