X-ray microanalysers (Дания - Тендер #49234828)

SKYSCAN 1272 CMOS microCT machine

The contracting institution is the Department of

Cellular and Molecular Medicine (ICMM), a

renowned academic institution with a strong

commitment to research and innovation. Our

department is home to a diverse community of

scholars and researchers, dedicated to advancing

knowledge in their respective fields. We have a

robust infrastructure that supports a wide range of

research activities, and we continually invest in

state-of-the-art equipment to facilitate cutting-edge

research. Our institution fosters a collaborative

environment that encourages interdisciplinary

research. The purchase of the SKYSCAN 1272

CMOS microCT machine aligns with our mission to

stay at the forefront of technological advancements

in research

The intended procurement is the SKYSCAN 1272

CMOS microCT machine; a state-of-the-art imaging

system that utilizes micro-computed tomography

(micro-CT) technology to provide high-resolution,

non-destructive 3D images of a wide range of

materials. The rationale for this purchase is to

enhance our research capabilities in high-resolution

imaging. This state-of-the-art machine will allow us

to obtain detailed three-dimensional images of a

wide range of samples, improving the accuracy and

efficiency of our analyses. The planned use of the

product is for various research projects that require

in-depth morphological studies. The machine will be

integrated into our research facility at Department of

Cellular and Molecular Medicine at Panum Institute,

Faculty of Health and Medical Sciences, University

of Copenhagen and will be accessible for both

internal and external researchers.

The selection of the SKYSCAN 1272 CMOS

machine is a result of a meticulous

evaluation process aimed at finding the

most optimal solution for our need.

Our laboratory has limited space to

accommodate the microCT machine and

our benches have a maximum width of

118 cm.

SkyScan 1272 CMOS (which is 118 cm

wide) is the only machine that can fit in

the designated space in our lab, while

meeting all our technical requirements

(e.g. Nominal resolution: smaller than

0.45 microns).