Design Emulsions in Small Batches MPV3101EF & MPV3201EF Creating stable emulsions is a critical step in the development and scale-up of new liquid formulations. Poor emulsification can lead to phase separation, uneven texture, and compromised shelf life—ultimately affecting product quality and consumer acceptance. OMVE’s MPV-EF series are compact, cost-effective solutions designed to produce high-quality emulsions with exceptionally fine droplet sizes. Its advanced automation ensures a consistent and repeatable emulsifying process, making it easier to translate successful trials into scalable results. With batch sizes from 100 up to 200L, the MPV-EF range is perfectly suited for R&D labs and application centres seeking precision, reliability, and real production insight at small scale. • Fully controllable emulsifying process • Stainless-steel industrial design • Easy connection to other OMVE equipment • Highly flexible configuration Applications • Recombined milk • Plant-based drinks • Yogurt-based applications • Personal care products Working Principle The OMVE MPV3101EF and MPV3201EF are advanced blending and emulsifying systems designed for high-performance applications in R&D and product development. Each unit features a double-jacketed tank equipped with a high-shear bottom mixer. Ingredients—including powders—are introduced via a vacuum-fed funnel and drawn directly into the mixer zone, ensuring immediate dispersion and optimal mixing. The system also supports connection to an external oil vessel, allowing oil to be dosed under vacuum and emulsified into ultra-fine droplets. A built-in spray ball and CIP program enable efficient cleaning-in-place when connected to an external CIP system. Multi-Purpose Process Vessels EF MPV

Optional Accessories • Automated heating and cooling Product Code *Dependent on final configuration OMVE Americas Inc. Milton, Canada Tel +1 416 986 8442 De Meern, The Netherlands Tel +31 30 241 00 70 [email protected] Disclaimer: no rights can be derived from the content in this brochure. Version 1/2025