MAX300-CAT

Quadrupole Laboratory Mass Spectrometer

MAX300-CAT for Real-Time, Multi-Species Monitoring

Our EXTREL™ MAX300-CAT™ Laboratory Mass Spectrometer is a fast, high-sensitivity, quantitative gas analyzer for catalysis, reaction monitoring, and environmental research. This powerful quadrupole system performs high precision quantitative analysis of every component in a gas or vapor mixture and can be equipped for the fully automated sampling of 61+ gas channels.

With the ability to track concentration changes from ppb levels to 100% and continuous data updates in seconds, the MAX300-CAT Laboratory Mass Spectrometer provides a compact, flexible platform optimized for gas reaction studies in catalysis, bioreactor control, process development, and environmental analysis.

The Questor5 quantitative analysis software is easy to use and can instantly calculate derived values from acquired data. The inclusion of a wide range of communication protocols allows for seamless integration with benchtop reactors, thermal analyzers, or other lab equipment. The MAX300-CAT Laboratory Mass Spectrometer joins our ultra-sensitive MAX300-LG™ benchtop series, and the high-performance VeraSpec™ APIMS Atmospheric Pressure Ionization Mass Spectrometer to provide a full range of gas analyzer solutions for laboratory and research applications.

KEEPING IT SIMPLE

Simply select the gases to measure, or the mass range to scan, in the software and the MAX300-CAT is configured to monitor a new reaction or process.

SYSTEM SPECS

Mass Range: 1-100, or 1-300 amu
Fast Response: Measures change to sample concentration in <300 ms
Detection limit 500 ppb up to 1000 measurements/second
Measures any gas or vapor sample
Real-time analysis of the input and effluent streams reveals what is happening in the reaction
Complete quantitative sample composition
Multiport sample selection for up to 61+ sample streams

Benefits

High Sensitivity: Offers high sensitivity and low detection limits, allowing for the measurement of trace-level gases in complex gas mixtures.
Real-Time Monitoring: Provides real-time monitoring of gas concentrations, allowing for quick adjustments to reaction conditions.
Easy to Use: Has an intuitive interface and simple calibration procedure.
Low Maintenance: Requires minimal maintenance, reducing downtime and maintenance costs.
Multiple Gas Detection: Capable of detecting multiple gases simultaneously, making it a versatile option for catalytic reaction monitoring.
High Precision: Provides high-precision measurements, ensuring the optimization of catalytic reaction performance.
Comprehensive Data Analysis: Includes data analysis software, allowing for comprehensive data analysis and visualization.

APPLICATIONS

Gas and Vapor Analysis
Catalysis
Reaction Monitoring and Kinetics
Environmental Research
Bioreactor Monitoring
Combustion Studies
Gas Purity
Pharmaceutical Solvents

Process Insights_Extrel MAX300-CAT lab analyzer

Brochure

datasheet

Flyer

For a complete range of analytical instrumentation, applications, systems, and service options, we will work to match your needs and budget and provide the optimal, and most stable process analysis solution for your application.

SALES | TRAINING INQUIRIES

AMERICAS: info.americas@process-insights.com

EMEAI (includes India): info.emea@process-insights.com

APAC: info.apac@process-insights.com

CHINA: info.cn@process-insights.com

SERVICE | TECHNICAL INQUIRIES ONLY

Industries

Academic and Research Institutions: Used in academic and research institutions for the study of catalysis and the development of new catalysts for a variety of applications.
Chemical Industry: Used in the chemical industry for the analysis of gases during the development of new catalysts for use in chemical reactions and other processes.
Energy Industry: Used in the energy industry for the analysis of gases during the development of new catalysts for use in the production of renewable energy and other energy-related applications.
Environmental Monitoring: Used in environmental monitoring to measure gas emissions from industrial plants, landfills, and other sources.
Petroleum Refining Industry: Used in the petroleum refining industry for the analysis of gases during the development of new catalysts for use in refining processes.