Inline is the modern, efficient way to achieve perfect mixtures.

Many industrial sectors still frequently work in batches. However, the inline process has clear advantages over the classic batch process.

In batch processing, mixing quality and energy input depend heavily on time, operator, and fill level.

Inline means:

• defined mass flow
• constant residence time
• reproducible specific energy input (kWh/kg)

→ Process stability is not a nice-to-have, but a basis for quality.

Instead of mixing longer “to be on the safe side,” inline systems work with defined shear zones. Energy input is targeted, not blanket.

The result:

• Less overmixing
• Predictable heat input
• More stable texture

Batch scaling changes flow regimes and mixing times in a non-linear way. Inline scaling is achieved via throughput and speed at constant geometry.

→ This means fewer physical surprises during scale-up.

In the inline process, raw materials are mixed and processed directly in the production process.

This ensures:

• lower energy consumption
• less material loss
• ess cleaning effort

Inline impresses with its efficiency, precision, and flexibility - regardless of throughput or recipe changes.

Still unsure whether the inline process is right for your production process?

→ With our “Try Before Buy” program, you can test your recipes, mixing, dosing and foaming processes under real conditions in our technical center or directly at your site with rental equipment. You will receive reliable data on process stability, scalability and the potential sustainability effects (time, material, and energy savings). This allows you to develop and validate your process before investing - transparently calculated and with significantly reduced risk.

Exhibitor Data Sheet