Microscience Microscopy Congress 2025 🗓 🗺
Join QDUKI and NanoMEGAS at the Microscience Microscopy Congress in Manchester, July 1-3, 2025. We’ll also be chatting about FusionScope, Molecular Vista and QDM.
Join QDUKI and NanoMEGAS at the Microscience Microscopy Congress in Manchester, July 1-3, 2025. We’ll also be chatting about FusionScope, Molecular Vista and QDM.
Join QDUKI at Leeds University in January 2025, to discuss Electron Microscopy and Optical Microscopy from our partners NanoMEGAS and Molecular Vista, as well as our FusionScope platform.
Dr. Jiahui Qi of the University of Sheffield has written a case study for us, detailing the Advanced Tribology and Wear Research at the University.
During this interview at M&M 2024, QD’s Rick Hapanowicz details three NEW and exciting features on the FusionScope correlative AFM and SEM…
Identify unknown phase of MnGaAs precipitates among 4 different crystal phases and establish orientation relation between GaAs matrix and precipitation…
A round up of our recent NanoMEGAS workshop and user meeting held at the University of Cambridge
Join QD Microscopy for this free webinar on correlative microscopy and its applications. May 15 | 9 AM
By combining the complementary strengths of AFM and SEM, FusionScope opens the door to a world of new semiconductor application possibilities.
Find out what happened at the recent “Power of Correlative Microscopy” talk and tour of the facilities of Royce@Cambridge.
QDUKI looks back at 2023, with events, magazines, new staff and workshop reviews. We also have detailed listings of our opening times over Christmas and the new year.
Quantum Design Microscopy’s FusionScope has made the front cover of the November issue of Microscopy Today.
Quantum Design Microscopy’s FusionScope win prestigious R&D 100 Award in analytical/test category.
A round up of pictures, testimonials and content from our two days of exclusive FusionScope workshops. Attendees got to see the system and have a hands-on experience.
Discover the new AFSEM®nano from QD Microscopy. An atomic force microscope (AFM), designed for integration in a SEM or Dualbeam (SEM/FIB) microscope.