Cooled IR Module
Discover the advantages of a cooled IR module: enhanced image quality, sensitivity, and reduced thermal noise for optimal performance.
Menu
An extensive knowledge and experiences related with optical design, engineering, application notes, videos, technical tools, and other optical engineering resources are available here! Hope it will help you.
If you can’t find the info which you expect, you could go to the Shapeoptics Online Library, or email us: [email protected], we will guide you to find the knowledge and techniques you want.
Discover the advantages of a cooled IR module: enhanced image quality, sensitivity, and reduced thermal noise for optimal performance.
Description: Cooled Mid-Wave Infrared (MWIR) lenses are engineered for the 3-5 µm spectrum and are used with cooled detectors. These lenses are critical for applications
Discover the advantages of uncooled IR modules: cost-effective and suitable for a range of applications without the complexity of cooling systems.
Discover the advantages of uncooled LWIR lenses for thermal imaging. Learn how these cost-effective lenses work with uncooled infrared detectors.
Discover the features and applications of Cooled LWIR lenses. These high-performance lenses offer exceptional detail and sensitivity for thermal imaging systems.
Discover the world of Germanium n-type semiconductors and how they are created through the process of doping. Learn about the impact of impurities on the
Improve the durability and performance of optical lenses with DLC coatings. Learn how these coatings provide unique properties like hardness and chemical resistance.
Discover the efficiency of KDP crystals in frequency doubling and nonlinear optical processes. Explore their high optical quality and clear transmission range.
Lithium Niobate (LiNbO3), often abbreviated as LN, is a nonlinear optical crystal that is widely used in a variety of photonics applications due to its
Discover the power of LBO nonlinear crystals for laser systems. Learn about their high damage threshold and wide transparency range.
Discover the power of KTP nonlinear crystals for frequency doubling and other optical processes. Learn about their excellent properties and wide range of applications.
Discover the potential of KTA crystals in frequency conversion processes. Learn how KTA offers high nonlinear optical coefficients and wide transparency range.
Discover the powerful properties of BBO crystal: wide transparency range, high nonlinear coefficients, and high damage threshold for laser applications.
Discover the versatility of Ti:Sapphire in ultrafast photonics. Learn about its broad tuning range and ability to generate ultra-short pulses.
Explore the unique properties of Nd:YLF laser crystal and its applications in scientific, medical, and industrial settings.
Discover the high-performance qualities of Nd:YVO4 laser crystal: high gain, efficiency, fast emission, and polarization dependence for precision laser applications.
Lithium fluoride (LiF) is a highly useful optical crystal, especially recognized for its wide transmission range, spanning from the deep ultraviolet (UV) to the mid-infrared
Discover the unique optical and mechanical properties of Magnesium Fluoride (MgF2). Explore its applications in optics and its excellent transmission properties from VUV to IR
Discover the versatile applications of CaF2. Learn about its optical properties, thermal stability, and use in high-specification optical components.
Discover the exceptional properties of Bismuth Germanate (BGO) crystal in radiation detection. Learn about its high density, effective atomic number, and more.
