Efficient, non-invasive fossil analysis can be easily performed with the M4 TORNADO - minimal sample preperation is required, keeping samples preserved, whereas the advanced optics ensures accurate mapping of challenging fossil geometries.
Find out how the M4 TORNADO could accelerate your palaeontological research in our application examples.
Planetary materials research is simplified with the M4 TORNADO which preserves valuable samples by the digital isolation of clasts and inclusions without physical sectioning whereas full-area mapping and bulk composition analysis reveal elemental zoning.
Learn how the M4 TORNADO can benefit your planetary formation and meteroite research on our application page.
Comprehensive elemental mapping of sedimentary materials, from loose sediment samples to drill core samples, is made easy with the M4 TORNADO. Advanced optics and multi-element detection support detailed feature characterization while preserving sample integrity.
Discover how the M4 TORNADO can accelerate your research on our sedimentology & stratigraphy application page.
"For more than a decade, the M4 TORNADO has served as a cornerstone analytical instrument in our laboratory, with virtually all incoming samples undergoing initial screening using this instrument. Recently, we expanded our capabilities with the acquisition of a second system, the M4 TORNADO PLUS, and both instruments are now in continuous operation."
Prof. Dr. Steven Goderis and Prof. Dr. Philippe Claeys
"Micro-XRF has opened up a new workflow of analysis for our research and teaching, providing powerful eleMental analysis of samples. The AMICS capability adds a whole new level of analysis turning elemental data into mineral data, and is a must for anyone performing mineralogical research."
Dr. Gavyn Rollinson - Experimental Officer & Technical Operations Manager (TSO). Chemical, Imaging & Mineralogical Facility.
“Our suite of analytical instruments including M4 Tornado Plus micro-XRF/AMICS, and a broad range of complementary equipment, supports high-resolution elemental and mineralogical characterisation across geology, environmental science, materials research, and related fields. These capabilities enable robust workflows for collaborative academic and commercial research, student training, continues professional development (CPD) and the development of new methodologies.”
Critical Minerals Equipment Hub (CMEH)
The department of Earth Sciences is dedicated to the advancement of fundamental research as well as to its application to societal problems, such as the management of natural resources, the identification of risks posed by natural hazards, and the consequences of human activities on the environment. As part of our mandate we are also commited to provide training for a future generation of geologists through high-quality instruction and research involvement in all the different disciplines of Earth Science.
Whether you're exploring new instrumentation, planning your next grant proposal, or simply curious about how micro-XRF could fit into your workflow - we're here to help.
Connect with our regional team to discuss your geoscience applications. We’ll help align your goals and route next steps to the right Bruker specialists. Book a short, no‑obligation meeting to get started.
Get a customized quote based on your lab’s needs and configuration preferences.
See the M4 TORNADO or the M4 TORNADO PLUS in action with real academic use cases and sample workflows.