High-performance monitoring solutions that give accurate, stable readings. Easy-to-use software and minimal maintenance provide hassle-free measurements for a wide range of applications and system integration options.
With the new optional pump and display, just power the instrument on, and measurements appear immediately. View real-time measurements, configure graphs, or set up logging options with the easy-to-use software.
Ensure continuous operation and minimize downtime with a user-cleanable optical bench, and no need for factory recalibration.
Windows®and Mac®interface software display real-time concentrations and graphs. Easily set up operational parameters and logging options, and view analyzer diagnostics.
Multiple configuration options provide you the flexibility to select the analyzer that’s right for you, without compromise.
Add water vapor measurements to the standard CO2 measurement (0-20,000 ppm) for expanded applications and increased measurement accuracy.
An integrated pump provides a constant air flow rate. Or, choose a basic analyzer configuration and incorporate your own pump.
Add a display to view real-time gas concentrations, and pressure and temperature readings.
Alcor DTOT is suitable for several blends of diesel fuel like Pure Diesel (B0), Diesel Fuel with 7% FAME (B7) and Diesel Fuel with 20% FAME (B20). Now you can use JFTOTs proven platform to test thermal oxidation on diesel in a fast and safe way.
Several improvements and enhancements have been made to the latest HORIBA LAQUA handheld meters allowing sustained periods of operations in challenging outdoor conditions and making the 200 series a compact yet powerful versatile water quality meters.
The Hitachi NP6800 is a SEM-based dedicated probing system designed to meet the analytical needs of the 10-nm design node semiconductor device and beyond.
Sample concentrator helps produce fast, efficient evaporation
The U6000AT + adds a Membrane Desolvator​​ module to the standard U5000AT + Ultrasonic Nebulizer for improved reduction of solvent-based interferences, particularly for volatile organic solvents (both polar and non-polar types).
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