Food & Beverage
Milk, soy milk, juice, and dairy products benefit from uniform dispersion, finer taste, and stable emulsification. Support consistent texture, shelf stability, and reliable batch-to-batch quality.
Nano dispersion
Emulsification
Cell disruption
Process scale-up
Six Application Directions
Biopharma
Liposomes, vaccines, and cell disruption processes benefit from repeatable high-pressure homogenization. Build controlled particle size, dependable process conditions, and a scalable route from development to production.
Cosmetics
Essence, emulsion, and nano raw materials are processed for ingredient uniformity, absorption, and formula stability. Create smooth textures, refined sensory performance, and consistent product appearance.
Chemical New Materials
Nano materials, coatings, inks, graphene, and battery conductive slurry are refined through high-energy dispersion. Improve fineness, particle distribution, and stable performance across demanding material systems.
Fine Chemicals, Flavors & Fragrances
Essential oils, aroma compounds, fragrance emulsions, and specialty formulations benefit from repeatable fineness control and stable dispersion. Preserve formulation consistency while supporting a refined, reliable end product.
Research & Laboratory
Dedicated homogenization equipment for universities, research institutes, and laboratory development projects. Enable flexible parameter exploration, reproducible trials, and a clear foundation for process scale-up.
Process Focus
Application to Process Route
Nano Dispersion
For material systems that require controlled, uniform dispersion.
Emulsification
For product formulations built around stable emulsification.
Cell Disruption
For biopharma and bioengineering process discussions.
Process Scale-up
For projects moving from laboratory development toward production.
Project Discussion
Define the right route for your application.
Share the material, process objective, and expected scale with CAS PETER. Our team can start the equipment and process discussion from there.