SIGIS 2

Advanced Long-Range Gas Detection and Visualization System

Bruker’s SIGIS 2 revolutionizes the field of scanning imaging remote sensing. Combining the prowess of an infrared spectrometer with a precision single element detector and a state-of-the-art scanner system, SIGIS 2 is engineered for long-range automatic detection, quantification, and visualization of gaseous emissions. Its distinctive capability of superimposing a chemical image onto a video feed provides an unparalleled view of gaseous emanations. Trusted globally, Bruker’s SIGIS 2 is a pivotal tool for industrial monitoring, environmental research, atmospheric studies, volcanology, and emergency response teams. One of its standout features is its passive detection system, eliminating the need for any external light sources or reflection optics.

Features:

• Innovative Gas Imaging and Scanning Mechanism
• Real-time automatic gas identification and quantification
• Passive detection for long-distance monitoring
• Advanced radiometric calibration negates calibration needs for target gases
• Integrated compensation for atmospheric gases and potential interferences
• Round-the-clock, 360° surveillance capability
• Underpinned by Bruker’s signature RockSolid^TM interferometer

The Power of RockSolid^TM interferometer

Bruker’s RockSolid^TM interferometer stands out as a uniquely patented component, outperforming typical interferometer designs by over 20% in throughput. Its dual retro-reflecting cube corner mirrors and a wear-free pivot mechanism, positioned at the core center of mass, bestows unmatched stability and trustworthiness, even in the most challenging environments. The patented design assures the prevention of mirror tilt optically and the avoidance of mechanical mirror shear.

Advantages:

• Eliminates the need for a standby mode for bearing protection
• Maintains calibration even after movement, ensuring continuous accuracy
• Robust design without mechanical bearing wear, leading to cost-effective maintenance
• Built to withstand both vibrations and temperature fluctuations.