This data is then analyzed by sophisticated software to provide instantaneous measurements of: Particle Shape and Morphology Concentration levels
At its core, the Canty Particle Probe is a high-resolution, microscope-based insertion probe designed to visualize particles directly within a process pipe or vessel. The fundamental challenge it overcomes is the "black box" nature of industrial flow. Traditional methods, such as laser diffraction or sieve analysis, provide statistical averages but no visual confirmation. The Canty Probe, however, combines intense, focused illumination with a long-working-distance microscope objective and a high-speed camera, all housed within a rugged, stainless-steel enclosure that can withstand high temperatures and pressures. The probe inserts directly into a process stream via a standard flange or compression fitting. A sapphire window at the tip separates the sterile electronics from the harsh process environment, allowing the probe to capture sharp, magnified images of particles as they flow past. canty particle probe
Canty utilizes a unique "fused glass" design. The glass window is high-pressure fused to a metal housing, creating a hermetic seal. This allows the probe to be inserted into reactors with extreme pressures (up to several thousand PSI) and temperatures without the risk of leaks or glass failure. 2. Fiber Optic Cold Lighting This data is then analyzed by sophisticated software
The applications of the Canty Particle Probe span diverse industries, each benefiting from its unique real-time visual capability. In the , crystallization is a critical step in drug manufacturing. The size and shape of active pharmaceutical ingredient (API) crystals affect dissolution rates and bioavailability. The Canty Probe allows engineers to observe crystal growth, agglomeration, or breakage as it happens, enabling them to adjust temperature or mixing rates instantly to achieve the perfect crystal size distribution, thereby ensuring batch-to-batch consistency. In oil and gas , the probe is used to monitor hydrate formation or sand production in subsea pipelines. The early detection of solid particles can prevent catastrophic blockages. Similarly, in wastewater treatment , the probe identifies filamentous bacteria in activated sludge, alerting operators to an impending "bulking" event before the clarifier fails. Even in food and beverage , the probe verifies the homogenization of fats in milk or the absence of foreign particulate matter (glass, metal) in finished sauces. Canty utilizes a unique "fused glass" design
