Turbidity Probe with Optical Fiber

Turbidity probes with highly accurate measurement for applications such as cell culture turbidity monitoring, pharmaceutical crystallization control, and industrial separation of liquids and solids are necessary to achieve your desired results. The METTLER TOLEDO optical fiber turbidity probe uses backscattered-light technology, making it possible to achieve highly accurate process monitoring. These sensors offer a wide measuring range for high performance turbidity measurement in media with high-to-medium turbidity levels. These single-fiber and dual-fiber turbidity sensors meet your precise resolution requirements.

The environment in chemical, pharmaceutical and industrial wastewater processes is often harsh. Optical fiber turbidity probes from METTLER TOLEDO are designed to withstand these challenging process conditions, with options for shaft materials of stainless steel, Hastelloy, or polysulfone for various applications. In pharmaceutical applications where autoclavability is required, METTLER TOLEDO offers a single-fiber optical turbidity probe which can withstand these special conditions.

Sensor fouling and the need for maintenance add costs and time to your production. Optical fiber turbidity probes from METTLER TOLEDO have an unbroken surface structure design to reduce the occurrence of sensor fouling during measurement. These turbidity probes can be combined with an optional EasyClean cleaning system for fully automated self-cleaning of your sensor. The design of these optical turbidity sensors allows them to maintain their linearity over long process runs, reducing calibration needs.

Every process installation is unique, so METTLER TOLEDO offers a wide range of options to integrate turbidity sensors into your processes. These optical fiber turbidity probes come in a standard 12 mm design. To meet your specific process requirements, sensors are available in a variety of lengths from 120 mm to 407 mm. With a pg 13.5 thread for interface into most METTLER TOLEDO sensor housings, including retractable and stationary models, installation costs are limited as no reengineering to the tank/process piping is required.