Filter all posts by date
TESCAN GROUP proudly presents a breakthrough in nanoscale analysis: the integration of precession-assisted 4D-STEM phase and orientation mapping with synchronized EDX signals on our TESCAN TENSOR. This innovative approach, spearheaded by our experts,...
Our latest technical note explores the capabilities of modern STEM instruments to image and analyze thicker specimens. Join us as we uncover the impact of specimen thickness on the quality of data collected at 100 kV when sensitive direct electron...
TESCAN is proud to announce its participation in the EMAS 2024 workshop in Brno, Czech Republic, a leading event for postgraduate and research professionals in material science and related fields. This year's workshop presents a unique opportunity to...
A Detailed Look at 4D-STEM with TESCAN TENSOR
Our new video in the series offers a detailed insight into the streamlined workflow for acquiring and interpreting 4D-STEM orientation maps from the user perspective.
TESCAN TENSOR features an innovative user interface, ExploreTM, which streamlines the user experience by minimizing the need for laborious adjustments and alignments of the scanning transmission electron microscope.
We had an incredible time in Manchester two weeks ago! The MMC 2023, organized every two years by the Royal Microscopy Society, has surpassed our expectations and proven to be more than just a "British thing." Our booth was bustling with visitors from...
The TESCAN TENSOR launch in 2022 was a huge success and it seems like a very distant memory now. However, TESCAN is heading to the US this month for the Microscopy & Microanalysis (M&M) show, and we can’t wait to see all of our colleagues and customers...
TENSOR Summer 2023 is an exciting time! The TENSOR Team is traveling around the world to engage the professional community and exploring the potential of 4D-STEM. Our live events provide an excellent opportunity to experience TENSOR demos and have...
What if you could see how the grain structure of your key layers varies with annealing?
Or with different processing conditions?
And how do grain structure and orientation correlate to compositional variation and segregation?
Wouldn’t it...
STEM analysis is evolving thanks to TENSOR's operating system, Explore. Automated and pre-set experiments facilitate a steep learning curve for novice users and deliver user convenience for those who are more experienced.
