X-ray instruments and X-ray systems use penetrating X-rays or gamma radiation to capture images of the internal structure of a part or finished product. Search by Specification | Learn More

Spectrometers are analytical instruments which disperse an emission (such as particles or radiation) according to some property of the emission (such as mass or energy) in order to measure the amount of the dispersion. This product area includes Portable / Miniature, visible, infrared (IR), ultraviolet (UV), atomic absorption (AA), optical emission (OE), Raman, X-ray fluorescence (XRF) and mass spectrometers. Specific search forms are also available. Search by Specification | Learn More

X-ray diffraction instruments are used to measure crystal structure, grain size, texture and/or residual stress of materials and compounds through interaction of the X-ray beam with a sample. Search by Specification | Learn More

X-ray fluorescence spectrometers (XRFs) use a spectroscopic technique that is commonly used with solids, in which X-rays are used to excite a sample and generate secondary X-rays. Search by Specification | Learn More

X-ray tubes and X-ray sources are lamps that produce X-rays. Learn More

Wavelength division multiplexers (WDM) are passive devices that combine light signals with different wavelengths, coming from different fibers, onto a single fiber. They include dense wavelength division multiplexers (DWDM), devices that use optical (analog) multiplexing techniques to increase the carrying capacity of fiber networks beyond levels that can be accomplished via time division multiplexing (TDM). Search by Specification | Learn More

Radiation shielding is used to block or attenuate the intensity of alpha particles (helium atoms), beta particles (electrons), X-ray radiation, and gamma radiation (energetic electromagnetic radiation). Learn More

...response can be measured in X-ray, UV, visible, or IR. X-ray photodiodes are optimized for X-ray, gamma ray, and beta radiation detection. UV enhanced photodiodes are optimized for the UV and blue spectral regions, which requires special fabrication... Search by Specification | Learn More

Scintillation counters are used to detect gamma, x-ray and neutron radiation. They consist of a detector for sensing incident radiation and a photomultiplier for producing countable pulses. Learn More

...are often calibrated with samples of a known thickness, density, or mass. Equipment that uses penetrating X-rays or gamma rays is commonly available. Densitometers are used to quantity the density variants in X-ray images. Penetrameters or other X-ray... Search by Specification | Learn More

...particles, gamma rays or X-rays. Also important is the type of output. Are these detectors measuring dose, dose rate or count rate? Outputs can be analog or digital, including computer signals. Search by Specification | Learn More

...or brightness, thermal or infrared, multi-spectral, optical microscopes, x-ray, UV or fluorescence, confocal laser, electron microscope, ultrasonic or acoustic, and magnetic imaging. Search by Specification | Learn More

...and retrieve beams of high frequency acoustic energy. By contrast, infrared (IR) NDT material testers transmit or reflect radiation in order to determine absorption levels. X-ray diffraction and X-ray fluorescence are other non-destructive, radiographic test... Search by Specification | Learn More

...by capillary action. Non-destructive testing (NDT) services with radiographic or X-ray equipment use penetrating X-rays or gamma rays to capture images of the internal structure or a part or finished product. The density and composition... Search by Specification | Learn More

...or a laser shield such as a stainless steel or lead shield. Laser protective eyewear must be specific to the type of laser radiation involved. Laser wavelength, optical density (OD), visual transmittance, peak irradiance, field of view, effects... Search by Specification | Learn More