Optimized, precise and corrosion-resistant modular fluid control solutions for industrial analytical instruments
Fluidic path design engineers endeavor to get the highest detection accuracy and be faster to market with industrial analyzer applications. Emerson’s fluid control solutions for industrial analyzers can supplement your in-house knowledge and help you stay ahead of competitors and maintain profitability. Our technology is built to resist aggressive fluid, minimize leakage, simplify customization and comply with or exceed rigorous industry standards
Customizable valves are used to control sample inlet and route different chemical reagents for reaction and detection needs. Many OEMs use Emerson’s solenoid valves on multi-station manifolds for optimized and compact fluidic handling during water analysis. Key to our solutions’ success, is their robust corrosion resistance, minimum leakage and flexible manifold mount customization. Our industry experience can help you save on product development time, cost and effort.
Emerson’s products can increase flexibility and reliability of gas flow control. They reduce fluidic path complexity through compact design and modular configuration, and help eliminate complex tubing connections and potential leakage. Our valves and engineered solutions ensure efficient fluid control with low maintenance and increase the gas analysis system’s overall reliability, even in demanding application environments.
Valves control the fluid (liquid or gas) during sample preparation in chromatography analysis. Many OEMs depend on Emerson’s isolation valves for sample injection control, due to a design that provides hermetic separation between the component and the media, and ensures high fluid purity. Our proportional valves are well-suited for gas dosing control during gas chromatography, due to high precision and repeatability that facilitate consistent and accurate measurement.
General service and proportional valves play an essential role in controlling chamber pressure and flow in the material characterization analysis process. Emerson’s robust, leakage-resistant design ensures these valves’ precision and consistency, and their compatible elastomers help minimize cross-contamination and preserve fluid integrity. Our material characterization instruments deliver greater repeatability, reliability, efficiency and high accuracy.
Customized valve solutions to optimize your system designs to accelerate speed to market
Industrial analyzer OEMs are challenged to provide the most accurate and precise analytical measuring instruments. Silvia Shen explains how Emerson's engineering teams and ASCO solenoid valves support industrial analyzer OEMs achieving their goals.
Learn about how material characterization is becoming an increasingly important process in laboratory and production environments. The characterizing of materials is vitally important for maximizing efficiency, minimizing waste and maintaining quality.
Industrial analyzer OEMs are challenged to provide the most accurate and precise analytical measuring instruments. Silvia Shen explains how Emerson's engineering teams and ASCO solenoid valves support industrial analyzer OEMs achieving their goals.
Learn about how material characterization is becoming an increasingly important process in laboratory and production environments. The characterizing of materials is vitally important for maximizing efficiency, minimizing waste and maintaining quality.
