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    The world of thermal imaging is progressing rapidly, especially due to research and development efforts of various companies, with FLIR leading the pack. FLIR’s extreme commitment to new developments in the field has brought MSX technology to the market at a previously impossible price point.

    This technology, known in full as Multi-Spectral Dynamic Imaging, uses an advanced algorithm to extract high contrast visible light details from the device’s digital camera and then digitally etches these details into the thermal images that are displayed onscreen, in real-time. This allows for the cleanest and sharpest looking thermal images in the industry and increases the detail added to reports and analyses.


  • Transocean Inc.

    Transocean Inc.

    Thermal imagers have a wide range of application in the industrial and mechanical fields due to the high amount of heat and friction generated by the constantly moving parts and machinery. Transocean Inc., the world’s largest offshore oil drilling contractor, uses FLIR cameras to diagnose problems aboard their rigs to save on valuable time and repair costs.

    In one instance where one of only two glycol pumps on a rig was scheduled to be stripped and disassembled to diagnose a problem, Bob Speirs, an operations engineer, used a FLIR thermal camera to pinpoint the problem to a suction valve that was generating excess heat due to a cracked guide. The part was replaced, saving 12 hours of labor and downtime for the pump. The full range of FLIR cameras provides these valuable heat sensing capabilities. To learn more, read this Application Story from Flir.


  • General Motors Company

    General Motors Company

    FLIR thermal imagers are highly accurate, non-destructive, non-contact, and fast, according to Daniel Sinclair of General Motors Corporation, who says that the instant images and data that are made available for reporting by the camera allow for trending analysis that is used in turn to project time to failure of a component, enable optimal repair scheduling, and preempt catastrophic failure.

    Sinclair concludes that GM saves millions in potential repairs cost every year through “predictive maintenance” (PdM) and identifies three main important factors in thermal analysis. First, repairs are much less expensive before catastrophic failure occurs, and proactive upkeep avoids collateral damage to other equipment, in-process product, and personnel. Second, repairs can be made during downtime or shift changes to minimize production loss. Finally, time to make a proactive repair is substantially less than a reactive repair. Experience these benefits through the full line of FLIR infrared cameras. To learn more, read this Application Story from Flir.