High-Speed Thermography in Additive Manufacturing
In additive manufacturing, temperature is one of the factors on which the quality of the final product depends. Thermal imaging cameras record temperature developments and deviations in real time a
In additive manufacturing, temperature is one of the factors on which the quality of the final product depends. Thermal imaging cameras record temperature developments and deviations in real time a
The value of high spatial resolution becomes evident when we explore the microstructure of materials such as concrete. The structure and composition of concrete at the microscale can greatly influe
In aerospace and defense industry optical systems, being able to take measurements in the presence of vibration and turbulence is often critical. Consequently, imaging technologists in the defense
The quantification of moisture is critical for many industrial and research applications. Quantitative models based on spectroscopy are efficient, non-destructive, and accurate for monitoring the m
Micro-X-ray Fluorescence (microXRF, microEDXRF, µXRF, µEDXRF) is a burgeoning analytical technology that has taken the scientific world by storm. It is a powerful complement to synchrotron X-ray
Segmented telescope mirrors consist of many smaller mirrors acting in concert to collect and focus light. These mirrors provide enormous savings in weight and dramatically reduce the requirements o
In the realm of non-destructive analytical techniques, micro X-ray fluorescence (microXRF, microEDXRF, µXRF, µEDXRF) has emerged as a versatile tool for elemental characterisation of various samp
IXRF Systems’ Bryan DeVerse looks at spatial resolution in elemental analysis and how microXRF spectrometers enhance our understanding of diverse samples.
IXRF Reference Paper: Distribution and chemical form of selenium in Neptunia amplexicaulis from Central Queensland, Australia. “Modern Botany”
Discover the latest news from Raptor Photonics. Including a case study, application note and other news.
Micro-XRF is ideally suited for the analysis of inorganic species, and offers excellent sensitivity to trace elements. The IXRF ATLAS can be used to analyse a huge variety of geological based sampl
X-rays provide critical insight on failure mechanisms and lifetimes of energy materials because they can provide non-destructive measurements of structure, chemistry, and composition of batteries&n
The new application note “Model 372 AC Resistance Bridge Installation Best Practices for Measurement in a Dilution Refrigerator” reviews techniques for minimising the impact of noise and othe
A common application of NIR spectroscopy is the identification of the active compound or active pharmaceutical ingredient (API) present in a tablet or drug.
Janis has manufactured many custom designed cryogenic systems for aerospace and astronomy. Existing designs include: Products for exo-atmospheric research and astronomy Under the umbrella of the cu
In addition to their complete line of laboratory cryogenic equipment, Janis Research offers a wide range of award-winning custom system design capabilities. With in-house computing facilities, comp
Inndeo, a Spanish company founded in 2016, uses Specim’s hyperspectral imaging technology to improve the quality inspection processes in the food industry by increasing automation. With this new
With the Specim AFX Series Specim AFX series is an airborne spectral imaging solution based on the successful Specim FX series. It is a compact all-in-one device with an HSI camera, powerful comput
The Janis ST-500 continuous flow cryostat has been specially designed for use in microscopy, imaging, and high spatial resolution photoluminescence. The combination of the low thermal-expansion sup
Non-invasive fluorescence imaging of small animals has been a technique widely used for years as a method in preclinical research. Techniques have developed considerably in recent years, but still