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ACURACY, REPEATABILITY, & PURITY 
IN CHEMICAL DEVELOPMENT

The chemical industry relies on consistency and quality for performance, effectiveness and brand value. ResonantAcoustic® Mixing (RAM) delivers mixing and processing capabilities that expand and speed product development, quality processes, and pilot scale production.

• 10 x faster mixing and dispersion
• Very low in-batch variation
• Intra-batch uniformity and consistency
• Rapid emulsification
• Extended life suspensions

Resodyn RAM 5 Acoustic Mixer with Operator

RAM MIXING
BENEFITS

Virtually Any Material

 

RAM’s intense yet gentle processing technology processes materials of nearly any particle size or behavior. Whether cohesive, agglomerated, nano-scale, or temperature sensitive, RAM’s features can control temperatures, apply vacuum, dry or spray coat one particle on another, and effectively process any combination of powders, liquids, highly viscous or solids-loaded materials.

Single Technology Platform

Many industries already rely on RAM’s ability to instantly switch from one set of ingredient characteristics to another, while changing only the processing vessel and the mixing parameters. Cross-contamination, excess movement, and material handling are minimized.

Sound Energy Does the Work

RAM technology uses low-frequency sound energy to thoroughly mix particles of often vastly different characteristics. Mix times of hours are frequently reduced to minutes and previously unmixable ingredients are dispersed uniformly and thoroughly.

CHEMICAL PROCESSING 
PRODUCTS

LabRAM II

1,000 gram capacity for development

OmniRAM

5 kg capacity for pilot-scale production

RAM 5

36 kg capacity for pilot and production scale

LEARN MORE ABOUT HOW
RAM CAN HELP YOU

Videos
White Papers
Patents

Polymer and Viscous Liquid Blending

Many polymer based processing applications require additional ingredients for performance or coloration. To illustrate RAM’s ability to quickly and thoroughly mix ingredients of different characteristics, 2.5 grams of food coloring was blended with 235 grams of a polymer surrogate. The final mixture shows the liquid fully dispersed within the polymer due to the unique and effective mixing action captured in the high speed footage.