Industrial Tomography Systems (ITS)

ITS leads the world in the application of tomography-based analytical process instrumentation; allowing customers to see inside their process, delivering innovative research solutions & robust industrial instruments. Our head office is based in Manchester, UK and we support customers in over 30 countries. We employ people with wide industry expertise and our team is fluent in nine languages. With a detailed understanding of our products, ITS staff provide our customers with extensive support to achieve the optimum performance from the full range of ITS products. ITS works with a number of experienced partner organisations around the world, supporting us in the pre sale, installation and after sales requirements of our customer and user base.

Company details

Sunlight House, Quay Street , Manchester , M3 3JZ United Kingdom

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Business Type:
Manufacturer
Industry Type:
Monitoring and Testing - Laboratory Equipment
Market Focus:
Globally (various continents)

Industrial Tomography Systems (ITS) is the world leader in measurement solutions using process tomography, a technique that works by taking volumetric, in-line electrical measurements to give real time 3D images and data on what is going on inside pipes and vessels.

ITS leads the world in the application of tomography based process instrumentation; allowing customers to see inside their chosen process by providing detailed measurements and real-time visualisation.

Industrial Tomography Systems (ITS) is the world leader in the field of electrical tomography due to its two specialist divisions:

Research solutions – to investigate:

  • Mixing
  • Separation
  • Multiphase flows

Robust industrial products – to measure:

  • Concentration and density of slurries
  • Liquid / foam or liquid / liquid interfaces
  • Mixing indices

Today, ITS technology is widely used within all processing industries – providing data to enable our customers to improve efficiency, monitor and improve quality, shorten cycle times, improve yields, investigate multi component flow rate and develop new and improved mixing technologies.