Material characterization with 3D imaging
inCT is a provider of high quality microCT scan and material analysis services. Our microCT technology allows obtaining a complete 3D representation of the inside and outside of an object, without physically cutting it open. The 3D model of the object obtained after a scan can be cut virtually to look at the internal structures, but can also be analyzed to obtain numerical data about the microstructure, such as pore structure, grain distribution or fibre composition. From building stones to rock reservoirs, from pharmaceutical tablets to food products such as bread and fruits, from wood to engineered composites and foam structures, inCT and its microCT services offer a unique way of looking at - and inside - your samples.
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Solutions in X-ray imaging
inCT offers a complete solution for the 3D visualization and characterization of the structure of materials down the micrometer level. We combine state-of-the-art X-ray tomography (or microCT) equipment with advanced 3D visualisation and analysis tools to retrieve the structural information which is important to our customers. As a spin-off of the Centre for X-ray Tomography of the Ghent University, inCT has access to the latest developments in both hardware and software technology in X-ray tomography. We offer our customers a high-end, custom-tailored solution which eliminates the need to acquire expensive hardware and hire skilled personnel.
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Octopus
inCT distributes the software package Octopus, which is one of the leading packages for the reconstruction of tomography data. Octopus combines high performance reconstruction routines for parallel, fan, cone and helical cone beam data with advanced artifact reduction methods and an intuitive graphical user interface. Optimal reconstruction performance can be obtained by distributing the calculations to multiple CPU cores, multiple computers or a graphics processing unit (GPU). Our Software Development Kit allows our customers to integrate the high performance routines in their own software environment.
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