Retouched equipment presentation. The thermal unit is in the centre. The homogenizer on the left and filling cabinet on the right are separate connected options.
Retouched equipment presentation. The thermal unit is in the centre. The homogenizer on the left and filling cabinet on the right are separate connected options.
A laboratory thermal unit with a feed vessel, controlled heating, a holding assembly and product cooling. Configure the same machine family for UHT or HTST research, with separately selected homogenization and sample filling equipment.
View equipment →Retouched equipment presentation. The homogenizing head and pressure gauge sit above the supporting frame and control enclosure.
A separate high-pressure homogenizing unit for continuous emulsification and particle-size reduction in liquid food research, with adjustable pressure and integration into a laboratory thermal route.
View equipment →Retouched equipment presentation. The selected arrangement shows the vessel, pressure gauge and local touchscreen on a mobile cabinet.
A laboratory vacuum vessel and control cabinet for studying air removal from liquid foods. The visible vessel, sight window and pressure indication support controlled research before thermal processing or filling.
View equipment →Retouched equipment presentation. The cabinet provides an enclosed working area and separate connections for the filling operation.
A cabinet for collecting small laboratory batches in a controlled work zone, with filtered airflow, glove access and a product-filling connection for integration with laboratory thermal equipment.
The laboratory range combines thermal processing with complementary homogenization, deaeration and sample-filling modules. Explore the connected equipment and its laboratory applications.
Start with the laboratory UHT/HTST unit and add the equipment your experiment actually needs. Feed preparation, thermal treatment, homogenization and sample collection have different roles. A connected arrangement can bring them together without making every option mandatory.
Your formulation, recorded through the process
Use the actual feed condition, flow and thermal history to interpret a trial. A dairy emulsion may need pressure homogenization; a juice experiment may investigate air removal and cooling. The equipment route and collection boundary should make those differences visible.