Applications
Hot Problems - Cool Solutions
The following FLIR cameras offer the most advanced infrared temperature measurement systems for a wide variety of research, thermal testing, and product validation applications. FLIR's IR thermography systems provide an instant, accurate way to evaluate thermal performance. With FLIR's ThermaCAM SC Series cameras, engineers can capture and record thermal distribution in real time - helping them to visualize and quantify heat patterns in the devices they create and in the events they monitor.
The ThermoVision® SC Researcher system is a robust, high speed, temperature calibrated, highly accurate, non-contact thermal analysis system:
HS Series Features
FPA gain modes for low background
applications
FPA gain modes for low background
applications
Adjustable integration times
FPA windowing capability for increased
frame rates
Built-in programmable delays
Variety of external synchronization modes
Dynamic range extension with
super-framing
SDK availableFPA gain modes for low background
applications
Adjustable integration times
FPA windowing capability for increased
frame rates
Built-in programmable delays
Variety of external synchronization modes
Dynamic range extension with
super-framing
SDK availableAdjustable integration times
FPA windowing capability for increased
frame rates
Built-in programmable delays
Variety of external synchronization modes
Dynamic range extension with
super-framing
SDK available
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Mega-Pixel ThermoVision® SC8000 MWIR
Mega-pixel resolution coupled with Mega-performance makes the 1024x1024 ThermoVision SC8000 the most advance commercially available science grade infrared camera. The mega-pixel InSb FPA produces thermal images and data with incredible detail and superior sensitivity. The SC8000 16-channel ROIC outputs data at 205 Mhz resulting in 132 fps at full frame. Flexible FPA windowing allows for even faster frame rates such as 751 fps @ 320X256 and 1482fps @ 160x120. ThermoVision™A20 Series ThermoVision™ A40 Series The SC8000 will reveal target details that other systems are unable to detect.
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ThermoVision® SC6000
The ThermoVision SC6000 is a high performance science grade camera available with either a VisGaAs, InGaAs, InSb, or QWIP sensor at 640x512 pixel resolution. Each sensor flavor is built into the same camera footprint for easy multi-wave band data collection and analysis. Additionally, camera type is compatible with FLIR's science grade data recorder system and software for simple plug and play connectivity. The InSb and QWIP SC6000 cameras are also available with oncamera full thermographic calibration for thermal analysis applications.
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ThermoVision® SC4000
The ThermoVision SC4000 is the workhorse of the FLIR science grade product line. The SC4000 is available with various sensor packages allowing for imaging from the NIR to LWIR spectrum with a single camera platform.The SC4000 QWIP and SC4000 InSb cameras are available with full on-camera hermographic calibration. Value priced with various software and optic options, the SC4000 is the best all around high sensitivity and high performance camera available for electronics, medical, R&D, range, imaging, aerospace, automotive,manufacturing, education, and non-destructive testing (NDT) applications.
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ThermaCAM® SC640
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ThermaCAM® S65HSV
Features both thermal and visual camera capabilities- at the touch of a button!
The ThermaCAM® S65HSV is a highly refined infrared research system. It's powerful new features and conveniences enable the professional thermographer to work with unprecedented efficiency and productivity. Working in concert with ThermaCAM Researcher reporting and database software, the S65HSV fully automates the process of collecting, reporting, and archiving infrared images and thermal data.
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Indigo OEM Photon 320x256 Long Wavelength IR Camera
Compact, All-In-One Thermal Imager
The Photon OEM Camera Core is a compact, all-in-one thermal imager with outstanding sensitivity and image quality. The on-focal-plane circuitry, combined with FLIR’s advanced signal processing electronics, enables the cameral to maintain excellent dynamic range and image uniformity over a wide temperature range. Integrators have embedded tens of thousands of Photon cores in a myriad of applications including, but not limited to, automotive night vision systems, firefighting equipment, unmanned vehicle payloads, weapon sights, low-power security and surveillance products.
