Inline process analyzer UV meter / colorimeter / turbidity meter
Optek Corporation Inline Color and Turbidity Measurement System for Processes
Over 55,000 sets used worldwide for over 20 years, inline process analyzers (UV meters / colorimeters / turbidity meters).
【Features】 ■ Real-time measurement and monitoring ■ Quality control and standardization ■ Quantification of "appearance" color and turbidity ■ Reduction of management costs ■ Supports measurement of pH and conductivity ■ Compatibility with certain gases is also possible For more details, please refer to the catalog or feel free to contact us.
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basic information
【Device Configuration and Lineup】 Optek's inline process analyzers consist of "sensors," "measurement cells," "converters," and cables and peripheral parts. 【Sensors】 ■ Turbidimeters, Colorimeters, UV Meters ・ Turbidity is measured by detecting scattered light and absorbance. ・ Color and UV are measured by detecting absorbance. ・ Visible light, near-infrared light, and ultraviolet light are used as light sources. ■ Conductivity Meters, pH Meters ・ Conductivity and pH can be measured directly within the piping. 【Measurement Cells】 ■ "Piping type" that sandwiches the sensor part within the piping and "Probe type" that inserts the sensor part into pipes or tanks. ■ Can be selected according to application. 【Converters】 ■ Field display type dedicated to process analyzers. ■ Capable of handling input related to measurement conditions such as temperature and pressure, along with output of measurement data.
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Applications/Examples of results
**Applications for Pharmaceuticals and Biotechnology** - Absorbance/Turbidity of Bioreactors - Turbidity Monitoring of Centrifuges - Turbidity Measurement and Protein Concentration Measurement during Ultrafiltration and TFF - Protein Concentration after Chromatography Columns - Turbidity and Concentration Management during Drug Mixing and Dilution **Applications for the Chemical Industry** - Concentration Management through Color Measurement - Various Color Scales (e.g., APHA, Saybolt, HAZEN, ASTM, Gardner) - Filtration Leak Monitoring, Optimization of Backwashing - Leak Detection in Heat Exchangers - Phase Separation and Interface Detection: Emulsion (Mixed Phase) Detection in Tanks and Pipelines **Applications for Food, Beverage, and Beer** - Filtration Monitoring - Concentration Monitoring and Process Optimization through Color Measurement (e.g., Edible Oils (Yellowness, Red Phosphorus Concentration, Chlorophyll Concentration), Sugar Liquids (ICUMSA, RBU)) - Phase Separation and Interface Detection: Emulsion (Mixed Phase) Detection in Tanks and Pipelines - Yeast Management, Turbidity Monitoring during Brewing **Applications for Petrochemicals** - Color of Refined Fuels - Monitoring of Distillation Equipment The above are just examples, so please feel free to contact us for more details.
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Company information
Our company was established as the Japanese subsidiary of a foreign-affiliated manufacturer with a global network spanning over 40 countries. We are steadily expanding our business primarily through the sale of SQUID magnetic property measurement devices and physical property measurement devices, which boast a world-class share in the field of new material research and development. Additionally, we also operate as a trading company for high-tech scientific instruments, importing and selling cutting-edge research equipment from around the world in various fields such as material science, biotechnology, and nanotechnology. The wave of technological innovation is significantly transforming not only industrial sectors but also our daily lives. Among these, the fields of material science, biotechnology, and nanotechnology, which are the pillars of our business, can be described as "core technologies" that provide humanity with infinite possibilities for the future as they lead the way in cutting-edge technology (high-tech). The discovery of high-temperature superconducting materials, applications of laser microfabrication and optical communication, and surface analysis at the nanoscale are already playing important roles in various fields such as new materials, semiconductors, information and communication, medical care, clinical diagnostics, and drug discovery, while also enabling further advancements in technology.
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