MS-infiTOF-II

infiTOF

Compact High-Resolution Mass Spectrometer for Accurate Gas Analysis

Compact, High-Performance Design
Real-Time Data Acquisition
Versatile Applications

Applications

Top Applications for Kanomax FMT’s infiTOF High-Resolution Mass Spectrometer

Unlock the full potential of Kanomax FMT’s infiTOF – a compact, high-resolution mass spectrometer designed for real-time gas analysis across various industries. Explore the key applications below:

Gas Analysis and Monitoring

Achieve precise, real-time gas composition analysis for industrial and research environments.

Environmental Air Quality Monitoring

Detect and quantify atmospheric gases and pollutants with unparalleled accuracy.

Semiconductor Process Control

Ensure contamination detection and quality control through advanced process gas analysis.

Aerospace and Defense Gas Sampling

Monitor advanced materials synthesis processes and detect trace level contaminants.

Laboratory and Scientific Research

Perform molecular and elemental analysis to drive discoveries in chemistry and physics.

Energy, Hydrogen, and Fuel Analysis

Characterize hydrogen, hydrocarbons, and other fuel gases for energy sector advancements.

Conduct isotopic analysis and monitor radioactive gases with precision.

Pharmaceutical and Biotech VOC Analysis

Analyze volatile organic compounds (VOCs) and process gases essential to pharmaceutical and biotech industries.

Unparalleled Mass Spectrometry for Process & High Purity Gases

Resolution: >30,000 (FWHM for N2)

Mass range: m/z 1~1000

Sampling rate: 2GS/s

Ion source: EI

Dimensions: 10.7” W (270 mm) x 18.4” H (465 mm) x 21.7” D (550 mm)

Weight: 84.9 lbs. (38.5kg)

How it works

1. General

This device is a compact high-resolution time-of-flight mass spectrometer using multi-turn technology for to achieve the resolution needed for gas analysis.

2. Model: MS-infiTOF-II

3. Performance

a. Mass range: m/z 0.8 - 1000

b. Resolution: 30,000 (FWHM) for N2

c. Sensitivity: 132Xe in atmosphere (~22 ppb) S/N ≧ 10 (Direct inlet using capillary tube)

d. Mass axis stability: Δ ≦100ppm per hour (m/z 28 is used)

e. Mass accuracy: 3.0 mDa(internal standard)

5.0 mDa(external standard)

4. Configuration details

a. Ionization method: EI: Electron Ionization/Positive

b. Ion source vacuum chamber: Titanium with electrolytic polishing

c. Filament: Rhenium coil x 2 sets