We are pledged to conserving energy by engineering our Vibratory Machines to perform Material Handling functions with the least amount of power being consumed.  Thus, all have the highest degree of “Energy Efficiency” available. 

Our “Induced Vertical Flow” units are uniquely designed and properly operated because they only supplement the force of gravity.  The Dischargers are vibrated in timely spurts with the needed amount of dynamic force to induce obstinate bulk solids to reliably and steadily flow from storage.  The resulting “Expanded” kind of Vertical Flow Pattern duplicates the same open crater that naturally occurs when the particles are “Free Flowing”.  This is why Bins and Silos completely empty.  Densifying is accomplished by intentionally vibrating particles that can not flow.  The overly vibrated particles slightly move to “re-orient” to enable them to fill any available voids.  Consequently, the particles become “packed” or Densified.  Therefore, by “not forcing” and just “Inducing” bulk solids to flow in conjunction with the Force of Gravity, the wanted performance is achieved and the power required is minimal for Discharging Bins, Silos, Piles and Rail Cars or Densifying filled Containers and Loading Rail Cars.

Our “Induced Conveying” units use steel coil type springs to provide most of the driving force required to vibrate the Feeder, Conveyor, Screen or the like.  This assisting force is identified as “Kinergy” which is defined as the specific Kinetic Energy developed by a spring’s motion during the drive portion of its cycle.  Even though the net power output is zero, the most effective use of “Kinergy” maximizes Energy Efficiency.  Thus, it is said to be “Kinergy Driven”.  The power reduction is comparatively 50 to 75% or more, which is the wanted objective.

By ensuring a proper “Interface” of the Vibratory Unit’s inlet and outlets, its installation in any portion of a Unit Piece or Bulk Solid Handling System, the power consumed is further reduced.  The reason is the resulting “Interface” is not detrimental to the performance of either unit being combined.