MATRIX-MG

Premier Gas Analysis Solution

Bruker’s MATRIX-MG sets the gold standard with its high-performance FT-IR gas analysis capabilities, all housed within a compact and robust frame. This instrument is meticulously crafted for automatic, precision-oriented, real-time gas concentration monitoring across diverse applications.

Features:

• Rapid, uninterrupted, and automated gas composition identification and quantification using the OPUS Gas Analysis software suite from Bruker.
• Inclusion of 10cm, 2m, and 5m gas cells, all integrated with advanced pressure and temperature sensors.
• Capability to control the gas cell temperature up to 191 °C.
• Peerless sensitivity, offering detection ranges from mere ppb levels to 100% concentrations.
• Eliminates the need for target gas calibration.
• User-friendly interface coupled with simplified maintenance.
• Efficient compensation mechanisms for atmospheric gases and potential interferents.
• Housed in a resilient and sleek Bruker design.
• Integration of the RockSolid^TM interferometer by Bruker ensures consistently aligned optics and vibration resistance.
• Embedded pressure and temperature monitoring within the gas cell.
• Streamlined test routines automated for cGMP validation (OQ, PQ).

Bruker’s OPUS GA Software

Bruker’s comprehensive OPUS GA (Gas Analysis) software is engineered to instantly process and evaluate spectral data, identifying and quantifying gas compounds. Its quantification mechanism utilizes a sophisticated nonlinear fitting algorithm that tailors the library spectrum to align with the measured data. The software is adept at considering the absorptions from interfering gases. Impressively, over 400 compounds can be pinpointed and quantified without necessitating a calibration measurement. For added flexibility, users can also input individual reference spectra.

Bruker’s RockSolid^TM Interferometer

Bruker’s RockSolid^TM interferometer stands out with its patented design, consistently delivering over 20% superior throughput than standard interferometer configurations. The design boasts dual retro reflection cube corner mirrors and a wear-resistant pivot mechanism centrally positioned. This ensures remarkable stability and reliability, even in challenging conditions. Through its innovative design, Bruker achieves optical tilt elimination and mechanical shear prevention.

Advantages:

• Absence of standby modes, ensuring bearing protection.
• Zero recalibration requirements post-movement.
• No wear on mechanical bearings, translating to reduced maintenance costs and eliminating the need for spare parts.
• Impressive resistance to both vibrations and temperature variations.