FLIR Advanced Thermal Solutions (ATS) has announced a new technical article that reviews a selection of the major applications for which Near-Infrared cameras are particularly well-suited.
Near-IR cameras, which are sensitive to the near-infrared spectrum (0.9 to 1.7 µm) are increasingly found in research laboratories, design departments and on factory production lines. Used to view phenomena that cannot be observed with 'thermal' (MWIR/LWIR) imaging systems, Near-IR cameras have many advantages.
Most Near-IR cameras use an InGaAs (Indium Gallium Arsenide) detector that can be used without cryogenic cooling, and so are lighter, smaller and less expensive than traditional 'thermal' imaging systems. Additionally since these cameras have no mobile parts, they are particularly robust and capable of withstanding harsh use conditions such as during continuous 24/7 operation. The high quantum efficiency of InGaAs detectors between 900 and 1100 nm (>75%), makes Near-IR cameras a better choice than EM CCDs for which quantum efficiency at these wavelengths is very low (<20%).
With almost 10 years of experience in the design and fabrication of InGaAs detectors and cameras, FLIR has developed an extensive knowledge in this technology, thus is able to offer a first-rate partner to develop an optimized solution for your Near-IR application.
A copy of 'Near-IR cameras: R&D and Industrial Applications' is available on request from research@flir.com or by telephoning FLIR ATS on +33-1-6037-0100.
Pioneers in all aspects of infrared technology, FLIR designs, manufactures, and supports thermal imaging systems and subsystems for industrial, scientific, governmental, commercial, and firefighting applications. With a 40-year history of infrared innovation, over 100,000 systems in use worldwide, and development centres and sales offices in over 60 countries, FLIR is the world leader in thermal imaging technology.
FLIR Advanced Thermal Solutions (ATS) has announced a new technical article that reviews a selection of the major applications for which Near-Infrared cameras are particularly well-suited.
Most Near-IR cameras use an InGaAs (Indium Gallium Arsenide) detector that can be used without cryogenic cooling, and so are lighter, smaller and less expensive than traditional 'thermal' imaging systems. Additionally since these cameras have no mobile parts, they are particularly robust and capable of withstanding harsh use conditions such as during continuous 24/7 operation. The high quantum efficiency of InGaAs detectors between 900 and 1100 nm (>75%), makes Near-IR cameras a better choice than EM CCDs for which quantum efficiency at these wavelengths is very low (<20%).