Materials Science

Latest technical information for materials scientists

Projection micro stereolithography (PµSL) is an ultra-high resolution 3D printing method offering high-speed production, accuracy & precision.

Using a specifically formulated 3D-Printing material, researchers fabricated a first-of-its-kind 3D-printed micro-device for IVF applications

Computed Tomography struggles to identify differences in polymers. The study shows how spectral CT overcomes this problem.

Linear detectors are ideal for CT systems where you are looking to scan large and dense components. We explain why and provide examples.

$Electron Diffraction – Structural Determination of Nanocrystals for Crystallographers$

Electron Diffraction is a revolutionary analytical technique for the advancement of structural science

TESCAN micro-CT solutions offer high spatial and temporal resolutions enabling true 4D CT as well as unique TESCAN spectral CT.

Exaddon use a unique electrochemical additive manufacturing process called µAM additive micromanufacturing technology.

$Large Area Sample Preparation for Electron Backscatter Diffraction Analysis – EBSD$

Large area EBSD sample preparation by broad ion beam milling BIB milling that offers uniform sample milling up to 50 mm in diameter.

The TESCAN UniTOM HR is the ideal microCT for core facility labs combining speed, resolution, performance, versatility & dynamic CT.

Semiconductor device delayering by broad argon ion beam milling [TrionMill, Fischione Instruments] offers effective milling area of 50mm