Computed Tomographs

This tender concerns the procurement of a computed tomography (CT) scanner specifically designed for the quantitative three-dimensional analysis of rock and sediment cores. The equipment is intended for use by the Centre for Deep Sea Research (ZfT), which is part of the MARUM – Centre for Marine Environmental Sciences at the University of Bremen. The primary function of the CT scanner will be to enable detailed, non-destructive analysis of the internal structure, composition, and properties of geological samples retrieved from deep-sea environments. This advanced imaging technology is crucial for researchers at MARUM to gain a deeper understanding of geological processes, sedimentological characteristics, and the history of Earth's oceans. The acquisition of this specialized CT system will enhance the research capabilities of the ZfT, supporting high-resolution imaging and quantitative data acquisition necessary for complex scientific investigations in marine geology and geophysics. The tender outlines the technical specifications and requirements for the CT system, emphasizing its suitability for analyzing diverse core materials and its integration into existing laboratory infrastructure at the University of Bremen.

This is a supplies contract in the health and medical services and Research sectors, with a focus on Medical Equipment and Laboratories. Located in Germany, Europe, this opportunity is open to firms and consortiums.

Published through TED - Tenders Electronic Daily (EU), a national government procurement portal. Public procurement tenders follow the country's national bidding regulations and may have specific eligibility and documentation requirements for the supply of goods in the health and medical services sector. Supply contracts typically require bidders to demonstrate product compliance with technical specifications, delivery capacity, and relevant certifications. This contract has already been awarded. The information is published for transparency and market intelligence purposes.