In prepared foods manufacturing, ingredients like gums, pectins, hydrocolloids, soy powders, viscosity enhancers, and stabilizing agents play a critical role in texture, suspension, and overall product quality. But these powders also share a common challenge: they require sufficient shear to fully disperse and hydrate.
When they don’t get it, they form visible clumps—those infamous fisheyes—that lead to downstream headaches, wasted ingredients, and costly process interruptions.
A recent before-and-after filter comparison from one customer shows exactly how big that impact can be.
The “before” picture shows a filter screen pulled after a batch was run without a Dynashear® or Fastfeed® system.
And because these agglomerates were present in every batch, the filter had to be cleaned after each run… and again after every shift. Not only was this adding labor and downtime—it was a clear sign that expensive functional powders were not being incorporated into the recipe.
These ingredients aren’t cheap. Every clump removed at the filter is literally dollars washed down the drain.
And when too much material is lost, the formulation can slip out of spec, forcing rework, adjustments, or even scrapping an entire batch—another significant cost hit.
Once the customer installed a Dynashear inline high shear mixer (a Fastfeed system would have produced the same results), everything changed.
The “after” picture shows:
In fact, the operator eventually checked the screen once a week, not for cleaning, but simply to ensure no tools or bolts had been left behind. From that point on, they never saw another gum ball.
When powders are fully dispersed and incorporated into the formula:
Put simply: the Dynashear doesn’t just solve a mixing issue—it directly saves money in every batch.
If your filtration step is catching more than incidental particles, the problem isn't the filter at all—it’s a sign that the upstream mixing system isn’t generating enough shear for full hydration and dispersion.
The Dynashear fixes that in a single inline pass.