Modular Spray Drying Machine LPG-5 Lab Flavor R&D Mass Production Industrial Output

LPG-5 Modular Spray Drying Machine from Lab Scale to Industrial Output

The gap between a lab result and a full production run is where good products die. A formulation that dries beautifully in a beaker often behaves differently at scale, because atomization, airflow and residence time all change. A modular spray drying machine lets you prove the recipe on a lab unit, scale it on a pilot, then move to industrial output on the same process logic.

The Problem Customers Report

Lab results rarely transfer cleanly to production, so a pilot batch that worked cannot be reproduced at full size.

Buying a large industrial unit before the recipe is proven risks an expensive asset sitting idle if the formula changes.

R&D and production run on different machines, so there is no common baseline to compare results.

Why It Happens

Atomization behaves differently at different scales: a lab nozzle and a production wheel do not produce the same droplet size.

Residence time and airflow pattern scale with tower geometry, so drying conditions shift as the unit grows.

Without a shared control philosophy, parameters proven in the lab do not map onto the production controller.

Our Solution

We offer one modular platform across lab, pilot and industrial sizes, sharing the same PLC control logic and atomizer family, so recipes transfer with minimal re-tuning.

The lab unit (about 5 kg/h evaporation) proves the formulation, the pilot bridges to full scale, and the industrial model delivers the required output, all on one process language.

Scale-up support includes trial runs and parameter mapping, so the numbers that worked small are translated, not guessed.

Because the platform is modular, you can start small and expand capacity as volumes grow, protecting your capital.

Application Scenarios

It suits flavor R&D teams that must move promising formulations quickly toward production.

It fits startups that need a pilot capability before committing to a full production line.

It also serves established plants adding a new product family and needing a low-risk scale-up path.

Specifications

How to Choose the Right Model

Start with your current required output and your two-year forecast. Choose the smallest unit that covers today and can expand to the forecast.

If your formula is still evolving, begin with the lab or pilot size to protect capital until the recipe is locked.

Insist on a shared control platform across the sizes you plan to own, since this is what makes scale-up straightforward.

Budget for trial runs during scale-up; a day of testing usually saves weeks of production troubleshooting.

FAQ

Q: Can a lab recipe transfer to the industrial unit?

A: Yes. Because the platform shares control logic and atomizer design, recipes map across scales with minimal re-tuning, supported by our scale-up trials.

Q: What is the smallest unit available?

A: The lab model handles roughly 5 kg/h of evaporation, enough to prove a formulation before you invest in pilot or production capacity.

Q: How much does scale-up support cost?

A: Trial-run support is quoted with your order. It is typically a small fraction of the cost of an unproven production start-up.

Q: Can I expand capacity later?

A: Yes. The platform is modular and skid-based, so capacity can be added as volumes grow without replacing the whole system.

Tell us your current output and growth plan, and we will recommend a modular spray drying machine that grows from lab trials to industrial production.