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MAX300-RTG 2.0

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By Process Insights

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The MAX300-RTG 2.0 is a high-speed quadrupole mass spectrometer designed for real-time gas analysis. It enables precise monitoring and process adjustments, optimizing efficiency and ensuring compliance.

With configurable sample points and an intuitive software interface, it integrates seamlessly into industrial processes. It detects gases at percent-level concentrations and traces contaminants down to the parts-per-billion range, making it essential for process control.

Industries requiring continuous gas monitoring rely on the MAX300-RTG 2.0 for its speed, accuracy, and durability. Whether used for flare gas monitoring, reactor control, or emissions tracking, it delivers stable and repeatable results.

Fantastic Features

Full, speciated analysis in Real-time (0.1 second per component)
Measure all components with one analyzer (From 100% down to ppb levels)
Monitor multiple applications with one analyzer.
Process Sample Points: 16, 31, 46.
Flexible (New components can be added for future projects)
Industrial enclosure (Also available in stainless steel)

Amazing Applications

Flare Gas.
Fuel Gas.
Product Quality.
End Point Detection.
Pure Gas/Controlled ATM Analysis

MAX300-RTG 2.0 for Real-Time Gas Analysis and Process Control

The MAX300-RTG 2.0 is an advanced quadrupole mass spectrometer designed for real-time, continuous gas analysis. For full product specifications, refer to the Process Insights MAX300-RTG 2.0 analyzer page. Engineered for precision, it provides rapid and accurate measurements of complex gas compositions, enabling optimal process control across demanding industrial environments.

Industry-Leading Gas Analysis Technology

Built for high-performance applications, the MAX300-RTG 2.0 delivers full gas composition analysis in under a second. It detects a wide range of gasesโ€”from percent-level concentrations down to trace contaminants in the parts-per-billion range. Its configurable multi-stream sampling capability allows seamless integration across multiple process points.

For high-speed sample transport to match analyzer response time, systems such as the Fast Sample System FSS-1 can be integrated to minimize lag and ensure real-time accuracy.

Versatile and Adaptable Gas Monitoring System

The MAX300-RTG 2.0 supports applications including flare gas monitoring, fuel gas analysis, and reactor control. Its ionization technology ensures stable, repeatable measurements even in harsh environments, while the industrial enclosure protects sensitive components without compromising accessibility.

For multi-point sampling and analyzer integration, the Sample Distribution Panel (SDP-1) can be used to efficiently route samples across multiple process streams.

Real-Time Process Insights for Optimization

A key advantage of the MAX300-RTG 2.0 is its ability to provide continuous, real-time gas composition data. This allows operators to optimize production, reduce waste, and respond immediately to process variations. Rapid detection of changes enhances safety, regulatory compliance, and overall process stability.

For protection against liquid or particulate contamination that could affect measurement accuracy, integrating upstream solutions such as the Liquids Carryover Sensor helps maintain sample integrity and analyzer performance.

Complementary Technologies for Advanced Analysis

In applications where spectroscopic or ultra-trace analysis is also required, technologies such as FT-IR & FT-NIR Process Analyzers or CRDS Gas Analyzer systems can complement mass spectrometry to provide a complete analytical solution.

Low-Maintenance Design for Long-Term Reliability

The MAX300-RTG 2.0 is engineered for efficiency, combining robust hardware with intuitive software. Its low-maintenance design reduces downtime while ensuring consistent performance over time. Industries requiring precise, continuous gas monitoring rely on this analyzer for its speed, accuracy, and long-term reliability.


Explore more solutions from the Process Insights product line to support advanced gas analysis, process control, and industrial optimization.

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Selecting the right analytical solution depends on your process conditions and performance expectations. Provide your application details, product of interest, and any relevant operating parameters, and weโ€™ll prepare a technically appropriate recommendation and quotation.
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