We are excited to announce that Xnovo Technology ApS is now part of the RAITH Group! This marks an important milestone in our journey as we join forces with a global market and technology leader. The partnership empowers us to continue delivering cut… Read more

To reduce CO2 emissions and improve fuel efficiency, significant effort is put into replacing steel by aluminum alloys in future automotive body panels. In this respect, optimizing the formability of aluminum alloys is key, and since most automotive… Read more

We are proud to announce the release of GrainMapper3D version 4.0, allowing simultaneous reconstruction of more than one crystalline phase. GrainMapper3D version 4.0 gives access to crystallographic information for a new range of polycrystalline mate… Read more

Applications of reinforced composite materials are getting more and more popular in response to the lightweight and low-energy demands in the manufacturing. In order to predict and control the breakage or failure of an injection-molded plastic part,… Read more

The prizes for this year’s best Danscatt PhD theses (plural due to the number of talented nominees) were awarded to: Andy Sode Anker, Department of Chemistry and Nano-Science Center, University of Copenhagen – supervised by Associate Professor Kirste… Read more

3D experimental data of simultaneously high temporal and spatial resolution is key to validating computational models of materials phenomena. In collaboration with Dr. Jules Dake from Ulm University in Germany we exploited lab-based DCT to capture th… Read more

Press Release: Copenhagen, Denmark – Xnovo Technology ApS, a pioneer in advanced X-ray imaging solutions, reveals a strategic partnership with Sweden-based Exciscope AB. This collaboration aims to introduce the world’s first laboratory-based X-ray te… Read more

Deformation in polycrystals occur by dislocation slip on so-called slip systems, and grain boundaries (GBs) play a critical role in this process. Slip transfer across a GB is associated with good geometrical alignment between the incoming and outgoin… Read more

We are proud to announce the release of GrainMapper3D version 3.2, with advanced memory handling to accommodate larger data sets. GrainMapper3D version 3.2 gives access to even larger and more representative 3D maps of grain orientations and morpholo… Read more

The acquisition of high-fidelity 3D grain maps is essential for advancing our understanding of the micromechanical behavior of polycrystalline materials. Grain orientations, grain boundary misorientations, and grain shapes play a significant role in… Read more