Why MMM?

Conventional fixed-frequency systems drive the acoustic system (converter & reactor) at a frequency optimized for the converter without full consideration of how the reactor frame changes the resonant frequency of the system as a whole. Rather than fighting physics our systems adapt to the new resonant frequency when an un-tuned mass (the reactor vessel) is attached to the converter.

Maximum effectiveness

Wideband (sonic to megahertz) acoustic energy provides greater fluid stimulation than any conventional fixed-frequency ultrasonic system. Standing waves are eliminated, providing uniform processing and reduced wear. MMM offers maximum effectiveness in all kinds of ultrasonic processing and sonochemistry reactions.

Maximum flexibility

MMM technology will drive pipes of almost any size and shape (round, oval, square, rectangular), even very large mass systems. Your pipes, pressure vessels and reactors can generally be used without modification. MMM converters may be connected to the most efficient point on the acoustic load. A field adjustable resonant frequency option allows rings to be built without specific tuning - This means ring resonators designs can be simplified and produced at lower cost. The MMM Clamp-On system can adapt to most any other manufacturers installed pipeline systems for simple field upgrades. Furthermore these ultrasonic systems will adapt to any kind of transducer, any number and power, even transducers from other manufacturers can be driven efficiently thanks to adaptive inductive compensation. This allows us to improve existing ultrasonic systems through a simple MMM retrofit.

Maximum control

All sonic and ultrasonic parameters in MMM Power Supplies are fully programmable and controllable to ensure high operating efficiency and effectiveness. This ultrasonic system can be applied to any complex mechanical system, consisting of arbitrary resonating elements, since MMM creates powerful 3D sonic and ultrasonic activity in liquids and solids of arbitrary shape and size. MMM Sonic & Ultrasonic Vibrations cover and sweep an extremely wide frequency band to create uniform and homogenous distribution of acoustic activity in the vibrating medium. Standing waves are eliminated and the whole medium is fully agitated.