FTIR Gas Analyser

MAX-iR

MAX-iR FTIR Gas Analyser is an advanced solution for real-time gas analysis, delivering ultra-sensitive detection for process monitoring, gas purity certification, and batch sampling.

Last updated: February 19, 2025

MAX-iR

Ultra-Sensitive Real-Time FTIR Gas Analysis

The Thermo Scientific MAX-iR FTIR Gas Analyser is engineered for high-performance gas analysis, offering real-time detection and ultra-low detection limits. Designed to handle a variety of applications, including inline process monitoring, gas purity certification, and batch sampling, the MAX-iR provides precise measurements with exceptional reliability. Leveraging StarBoost Enhanced Optical Technology, it enables single-digit ppb detection, with the potential to reach mid-ppt levels for ultra-high purity gases.

Built for efficiency and accuracy, the MAX-iR features a high-throughput multipass gas cell and a factory-calibrated FTIR spectrometer with up to 1 cm⁻¹ resolution. Its integrated temperature and pressure sensors ensure measurement consistency, even in demanding environments. The included MAX-Analytical STANDARD Software Suite automates data collection, reporting, and remote operation, enabling seamless integration into process control systems. With dual-level vibrational dampening and robust construction, the MAX-iR is ideal for both laboratory and field applications.

Your benefits

Technical Specifications*
19 x 24 x 8.75-inch rack mount
75 lbs
120/240 VAC 50/60 Hz
Integrated temperature & pressure sensors
Industry-leading FTIR spectrometer: ZnSe optics; VCSEL diode laser; SiC IR source
Environmental humidity: 10-90% RH, non-condensing
Environmental temperature: 20-30°C
Operating temperature: 5-191°C
Single 1/4” Swagelok™ input/ output
N2 purge port (usage optional)
10 m pathlength - 0.5L volume standard
*Subject to change without notice

Other products by

Thermo Fisher Scientific

Need more information?

Visit the supplier’s website for more information about this product.

Page under construction

The product page is currently unavailable.