MAG gas chromatograph
The "MAG" gas chromatograph is a modern analytical solution from BAKS, designed for the compositional analysis of gaseous media and the calculation of their physicochemical properties.
Unlike conventional instruments, the "MAG" utilizes advanced planar microfluidics and micro-thermocatalytic detectors (MTCDs). This enables laboratory-grade measurement accuracy within a highly compact footprint and with exceptionally low carrier gas consumption.
Key Features and Advantages
Why leading laboratories and industrial enterprises choose the "MAG" series:
Compactness and Modularity: The instrument occupies minimal bench space. Its modular architecture allows for easy configuration tailored to specific tasks (analytical modules can be swapped out in a matter of minutes).
Cost-Efficiency: Carrier gas consumption is 10–50 times lower than that of traditional chromatographs. A single cylinder of helium can last for years of operation.
High Sensitivity: Detection limits starting from 1 ppm, thanks to unique micro-detectors.
Speed: A complete gas analysis (from C1 to C6+) takes less than 5 minutes.
Reliability: The absence of "dead" volumes and the use of valveless flow switching enhance the stability of the results.
