Compatible Components Corporation ranks among the food processing equipment manufacturers that food and beverage plants call when a dirty batch threatens an entire production run. Our stainless steel separation and mixing systems remove suspended solids, hydrate powders, and discharge bulk ingredients without exposing product to contamination. Every unit operates without moving parts, cutting the maintenance and downtime that mechanical mixers and filters demand. We have engineered these systems since 2001, making us a proven partner for sanitary, high-speed production lines.

Grit in process water, lumps in a hydrated batch, and airborne dust during powder handling create three separate failure points on a food and beverage production line. Left unresolved, each one drives scrapped batches, longer cleanup cycles, or a contamination risk that reaches the product itself.
CCC’s food and beverage industry equipment assigns a dedicated system, pulled from our mixing and separation product line, to solve each failure point below.
The VorSpin Stainless Steel Hydrocyclone Separator pulls sand and grit out of CIP circuits and process water down to 7 microns, well before either reaches your product stream.
Constructed with 304 stainless steel, it resists the aggressive cleaning agents food and beverage plants run through their lines every shift.
Engineers size these units from 2 to 6 inches to match a plant’s exact flow rate, so a single hydrocyclone rarely gets forced to do more than its rated job.
Xanthan gum, starches, and other hydrocolloids clump on contact unless something breaks the surface tension immediately.
The AZ Mixing Eductor uses twin opposing vortices from a patented nozzle to hydrate these ingredients inline with no mechanical shear. Because the unit disassembles fast for CIP cleaning, food and beverage plants running frequent product changeovers keep production moving instead of losing time to teardown.
A forklift lowers the bulk bag into the docking station, and the bag’s own weight triggers the piercing mechanism with no manual cutting required.
A hermetically sealed suction assembly then draws the powder straight into the Bulk Bag Handling System’s HydroDyne Jet Pump feed inlet, so material never touches open air.
The system accepts both disposable and non-disposable bags, giving food and beverage plants flexibility without switching equipment between suppliers.
A hydrocyclone sized wrong, or a mixing eductor never tested against your specific hydrocolloid blend, costs more in downtime than the unit itself. CCC’s Pilot Study Program puts the actual equipment on your line, running your real product, before a purchase order gets signed.
Here’s what the pilot period gives you:
Send your flow rate, target particle size, or ingredient list to our engineering team, and get back a quote for the exact hydrocyclone, mixing eductor, or bulk bag system your line needs. Quotes carry no cost and no purchase obligation, so there’s nothing to lose by asking before you schedule your next production run.
CCC’s hydrocyclones and mixing eductors also run in pharmaceutical, chemical, and water treatment plants, since the same separation and hydration principles apply to almost any suspended solid or powder.
Yes, CCC manifolds multiple hydrocyclones onto a single system, letting plants scale capacity while each unit holds its rated separation efficiency.
No, stainless steel covers food and beverage and other hygienic applications, while urethane models handle high-abrasion industries like mining and drilling.
Yes, CCC provides on-site installation and commissioning for every system, so your team doesn’t have to figure out setup alone.