The immersion design meant no sampling ports, no bypass loops, no pressure loss. The probe, built with sapphire optics and rated for CIP (clean-in-place) temperatures up to 140°C, lived right inside the fermenter, threaded through a standard 1.5" tri-clamp fitting.
Day 3: Turbidity spiked from 120 NTU to 680 NTU as hops were added. Then, as yeast flocculated, turbidity dropped. Jenna watched the curve flatten at 210 NTU—perfect haze stability. She closed the dump valve exactly when the immersion probe showed clean separation , not by a timer. No more guessing.
Jenna installed one on Tank 7 (Fogcutter’s primary vessel). On her control screen, she now saw a live trend line, updating every second. canty immersion turbidity
In a mid-sized craft brewery called Harbor & Hops , head brewer Jenna faced a recurring nightmare: inconsistent haze in their flagship New England IPA, "Fogcutter." Some batches were beautifully opaque, like fresh citrus juice. Others were disappointingly thin, almost clear. Customers noticed. Revenue dipped.
Moving from offline sampling to inline, real-time monitoring is more than just an upgrade in technology—it is an upgrade in strategy. The immersion design meant no sampling ports, no
Canty probes are built to withstand harsh process conditions. By immersing the sensor directly into the tank or flow-through cell, you eliminate the lag time associated with offline sampling.
Then a sales engineer from visited. He didn’t hand her a catalog. He handed her a rugged, stainless-steel probe—the Canty Immersion Turbidity System . Then, as yeast flocculated, turbidity dropped
The canty immersion turbidity system didn’t just measure cloudiness. It gave Jenna vision inside the tank—continuous, reliable, and actionable.
Turbidity generally refers to the cloudiness or haziness of a fluid caused by individual particles (suspended solids) that are generally invisible to the naked eye, similar to smoke in air. Measuring turbidity is essential in water quality assessment, food and beverage production, and various industrial processes.
Within a month: