Short Description
The heart of the NHM 3D-Lab within the Central Research Laboratories of the NHMW is a modern high-performance microCT. The instrument, an YXLON FF35 CT, is equipped with a large area, high sensitivity flat panel detector. It features two x-ray sources: a microfocus directional beam tube (up to 225 kV and 280 W on target) and a nanofocus transmission tube (up to 190 kV and 15 W on target). This dual tube configuration enables scans of a wide range of objects and optimization for materials of both low and high density. The voluminous chamber allows scans of objects measuring up to 50 cm in diameter and 60 cm in height. The system complies with modern industrial standards and offers a climate-controlled chamber as well as collision protection which benefits both the safety of the samples and the instrument. The microCT and the associated infrastructure allow non-destructive analyses of objects ranging from museum specimens to research samples such as biological specimens, archaeological artefacts, rock samples and much more.
The NHMW 3D-lab is an infrastructure that was funded by the Austrian Research Promotion Agency – FFG (funded in the frame of the 2nd R&D Infrastructure call 2018, Project 870530 „Unlocking the Microcosm – Micro-CT Analyses in Museum Collections“).
Contact Person
Viola Winkler, MSc (Operator MicroCT und 3D-Labor)
Research Services
Non-destructive, high resolution computer tomography (voxel sizes down to 1 µm can be achieved depending on specimen size) of specimens from life and earth sciences, as well as cultural history objects such as archaeological artefacts.
Methods & Expertise for Research Infrastructure
High resolution scans of various materials, predominantly life and earth science specimens as well as archaeological artefacts; custom sample preparation and custom scan parameters for research and museum objects
Allocation to research infrastructure
Central Research Laboratories, Natural History Museum Vienna