The Volscan Profiler is a benchtop laser-based instrument used to measure the volume and dimensional profiles of hair tresses and mannequin heads, providing a quantitative assessment of hair volume, frizziness, and curl retention.
Online monitoring of hydrogen peroxide, pH, conductivity, and temperature in the CMP process is possible with the 2060 Process Analyzer. Read here to learn more.
Knowing the physical and chemical properties of polymeric materials is essential for developing efficient material processing methods for the manufacturing and recycling of plastic products. This information is vital when predicting material performance during a product's lifetime or troubleshooting when a material does not perform as expected.
By Cvetelin Vasilev
12 Mar 2021
The US Department of Energy recently chose three General Electric divisions to develop a revolutionary system for the design and production of 3D-printed wind turbine blades.
By Brett Smith
12 Mar 2021
With years of x-ray tube manufacturing experience under their belt, the Proto team is happy to announce their newly expanded ISO 9001 certified x-ray tube facility. The ISO 9001 quality system enables Proto to sustain the high level of quality that their customers expect. Located in Taylor, Michigan, a suburb of Detroit, Proto has continuously been crafting new and improved designs for their x-ray tubes and decided it was the right time to upgrade their production line.
Developed a GC-MS/MS method with dSPE cleanup for sensitive pesticide analysis in cannabis, meeting California's stringent regulatory limits.
Scientists have developed various methods associated with thermal analysis (TA). These include temperature modulation, online data analysis, sample-controlled regimes, and robotic operational regimes.
By Dr. Priyom Bose
11 Mar 2021
Medical-grade adhesives, sealants, coatings, and potting/encapsulation compounds need to be non-toxic and show compatibility with blood and body fluids.
Distilled alcoholic spirits are sensitive and prone to issues. For example, when a whisky cools, the esters and fatty acids can stick together, resulting in a hazy appearance. This is known as the chill haze. While just visual, it can impact consumer confidence and so removing the chill haze is of great importance.
What’s the actual difference between these two techniques, and why is SERS (surface-enhanced Raman scattering, or alternatively surface-enhanced Raman spectroscopy) recommended for low-concentration applications?