Modern laboratories and manufacturing organizations increasingly require environmental test equipment that can reproduce severe temperature and humidity conditions quickly, accurately, and repeatedly....

Modern microscopy and sample preparation increasingly depend on the ability to preserve a specimen’s original condition from preparation through observation. This requirement is especially demanding w...

Modern laboratories and industrial testing facilities increasingly require environmental test equipment that can reproduce severe temperature and humidity conditions while maintaining a high level of ...

Modern microscopy and materials research increasingly depend on sample-preparation systems that can preserve delicate structures while enabling multiple analytical steps in a controlled environment. H...

Modern materials research increasingly depends on the quality of the sample presented to an analytical instrument. A scanning electron microscope, transmission electron microscope, focused inspection ...

Environmental conditions can determine whether a product performs reliably throughout its service life. Electronics, batteries, automotive components, aerospace assemblies, polymers, coatings, packagi...

Modern microscopy and materials research increasingly depend on the ability to preserve a sample’s original structure while preparing it for observation. Hydrated biological tissues, soft materials, p...

Advanced microscopy, semiconductor inspection, materials research, and life-science analysis increasingly depend on the quality of sample preparation. Even the most capable scanning electron microscop...

Modern materials research increasingly depends on the ability to prepare surfaces and cross-sections with exceptional accuracy. Whether the objective is to examine a semiconductor interface, investiga...

Modern electron microscopy can reveal structures and interfaces at scales that are inaccessible to optical methods. However, the quality of an electron microscopy result depends on much more than the ...