Imaging the Unseen.
Tomography is an advanced imaging technique that enables real-time, non-invasive visualisation of what’s happening inside a process. By capturing a cross-sectional image of internal dynamics, tomography helps industries monitor, optimise, and improve their processes with greater accuracy.
How Tomography Works
Tomography works by collecting multiple measurements from strategically placed sensors around or inside a process. These measurements are processed using reconstruction algorithms, which generate a detailed, pixelated image—or tomogram—of the process in real-time.
Unlike traditional inspection methods, which require physical sampling or intrusive probes, tomography delivers continuous, in-depth insights into various processes—helping businesses reduce waste, improve efficiency, and enhance quality control.
Key Process Steps Include
Sensors measure electrical properties
(such as conductivity or permittivity) at multiple points.
Data is collected and processed
using mathematical models to create a tomogram.
The tomogram visualises
critical process parameters, such as flow patterns, material concentration, or phase distribution.
Operators use the data
to optimise performance, detect inefficiencies, and enhance process control.
Types of Process Tomography.
Why Tomography.
Industries rely on tomography for precision, efficiency, and non-intrusive monitoring in processes where conventional sensors fall short.
Real-Time Monitoring
Continuous, live process insights.
Non-Intrusive sampling
No need to halt production for sampling.
Versatile Applications
Used across pharmaceuticals, chemicals, oil & gas, FMCG, and research.
Cost Efficiency
Reduces waste and enhances production efficiency.
Scalable Technology
Supports R&D, pilot plants, and full-scale production.
Why choose ITS.
ITS brings over 25 years of experience in commercialising tomography technology for industrial and research applications, helping global leaders see inside their processes like never before.
