Resodyn Acoustic Mixers

MIX A MILLION cP
& HIGHER WITH EASE

ResonantAcoustic® Mixers (RAM) uses sound energy to mix highly viscous materials at levels no traditional mechanical mixer can.

  • Rapid wetting, incorporation, and mixing in a single process

  • Low shear, minimal heat generation 

  • Excellent dispersion, regardless of viscosity

Get a RAM processing demonstration
at your facility, with your materials,
at no cost to you.

HOW RAM QUICKLY & EASILY MIXES HIGH VISCOSITY MATERIALS

Achieve High Viscosity Quality Previously Impossible

The more viscous a material, the more difficult it is to mix traditionally. This means that consistent dispersion and distribution suffer at higher centipoise. These restrictive phenomena are completely avoided using RAM mixers at any scale.

RAM easily mixes highly viscous materials at levels no traditional mechanical mixer comes close too. Using sound energy, RAM mixers deliver wetting, incorporation, and widespread mixing rapidly and uniformly throughout the matrix.

RAM mixers accelerate these processes by inducing Faraday Instabilities, or invasive “fingers” coupled with enveloping “cavities” at the boundary between materials of different densities. Progressing rapidly through wetting, incorporation, and mixing, RAM delivers highly homogeneous, higher viscosity results significantly faster than traditional technologies.

Overcome Mechanical Restrictions

Traditional, blade and axis technologies can work through early stages of wetting and possibly incorporation, but often overheat or grind to a halt when mixing starts and the viscosity increases.

Every highly viscous mixing process requires wetting, incorporation, and mixing phases. Without the mechanical limitations of axis/blade methods that require all materials to pass through a limited mixing zone, RAM technology performs all three steps simultaneously and consistently throughout the mixing vessel, reducing processing time by orders of magnitude.