Real-time monitoring and advanced control solutions.
LAB2LINE

OurDevices

Verify your incoming material in seconds

The VISUM PALM is a handheld Near Infrared (NIR) analyser. Compact and handy for rapid quality control in the warehouse and in the field. Provides reliable measurements of the chemical composition of incoming materials and of final products for quality assurance and detection of adulteration.

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In-line monitoring for improved products and processes

The VISUM NIR device is an in-line chemical Near Infrared (NIR) analyser, for process monitoring, quality control and product standardisation.

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In-line quality control for product excellence to protect your brand values

The HYPERA is an in-line Hyperspectral Imaging (HSI) Near Infrared (NIR) analyser. A high precision chemical imaging system for spatial quality monitoring. Highly effective for the detection of foreign bodies.

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DATA4INTELLIGENCE

Data management solutions for data processing, decision support, automation and data analysis.

OurSectors

Food

Protect your brand value

Timely detection of catastrophic errors to improve food safety and quality. Our in-line monitoring systems provide real-time quality control of incoming raw materials, intermediate and end products.

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Pharma

Reduce the risk of recall

Guarantee the quality of raw materials and control your production process through our Process Analytical Technology (PAT) solutions. Online monitoring of process parameters to automate continuous process optimisation.

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Process Industries

Enhance your production consistency

Towards sustainable and efficient processing. Real-time and accurate measurement of properties of process streams and final products for more reliable and sustainable industrial operations.

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Inspiring your process future

Chemical, mining, ceramics, and others: Towards sustainable and efficient processing. Real-time and accurate measurement of process stream and final product properties for more reliable and sustainable industrial operations.
Process control innovation
Advanced monitoring and real-time control solutions.
LAB2LINE

Our Blog

IRIS participating in ICIEMPM 2016 Congress

Dr. David F. Nettleton, of IRIS Advanced Engineering, will be presenting a paper entitled “Towards Automatic Calibration of In-line Machine Processes”, in the 18th International Conference on Industrial Engineering and Manufacturing Process Modeling (ICIEMPM 2016), in London, July 28-29. The paper is also co-authored by Dr. Elodie Bugnicourt (IRIS), Christian Wasiak (IPT Fraunhofer) and Alejandro Rosales (IRIS). The presentation of the work in this congress forms a part of the activities to create awareness of the OpenMind EU2020 project. The objective of the OpenMind project is to produce customized medical devices by realising a new in situ production chain based[...]
Carlota Feliu
Marketing Department
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Here come the Dragons! …and this is not a Game of Thrones.

After reading ‘Building Dragons’ by Daniel Newman (with Olivier Blanchard), I am fascinated with Dragons (and that’s coming from someone who has never seen an episode of Game of Thrones :-) ). The dragons I am referring to are an emerging breed of established or mature companies that ‘continue to leverage their original start-up mentality to systematically innovate their way to profitability’. Unlike Unicorns- elite technology start-ups that are ‘valued at’ $1 billion or more-, Dragons are companies that have already proven their profitability in the market and are attaining new heights of success thanks to ‘purposeful reinvention, scalable market[...]
Oonagh McNerney
Director
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Tiny but full of promises (last episode): the prospects of nanotechnology in automotive

While nanocars (single-molecule vehicle of hundreds atoms that incorporates a chassis, axles and freely rotating fullurene wheels and can be propelled across a gold surface by an electric current or heat) were invented in 2005 by Rice University, nano-enhanced cars are already among us! The current automotive industry's driving factors are to decrease vehicles fuel consumption and environmental impact while improving passengers’ safety and comfort. After focusing on solar energy and packaging, let’s see now how nanotechnology can help us having better cars! The prospects are both in bulk (nanocomposites) and in surface (application of nano-structured coatings or nanolayers). Although[...]
Dr. Ing. Elodie Bugnicourt
Project Manager Officer
PhD in Polymer & Composite Materials
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Marie Curie funded VALOWASTE: Relevance to agrofood industries, environment and society

The agrofood industry produces high amounts of solid and liquid wastes, most of it being considered as contaminants, and hence increasingly banned for disposal according to the more stringent EC Directives. Importantly, such waste matrices from the agrofood sector are frequently rich in substances having high-added value that can be recovered directly or can represent a zero- or low-cost substrate for biochemical processes aimed at bioproducts of potential commercial interest. This concept of valorisation is fast gaining importance due to the alarming rate of depletion of natural resources, the economic stress on water bodies and raw materials, rising greenhouse gas[...]
PhD Arunima Nayak
Marie Curie Researcher
PhD in Environmental Chemistry
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From Small Data to Big Data (and everything in between)

Reportedly, the first census was carried out in Egypt in 3508 BC, being motivated for reasons such as tax collection, a headcount for military service and maybe pyramid building. Thus, the Egyptians had a clear idea of why they wanted to collect the data and make such a logistic effort in doing so. A large number of scribes (see above figure), who were highly qualified workers freed from manual labour tasks, transferred the information onto (recyclable) papyrus in hieroglyphic (pictogram) form. By modern standards, the Egyptians did not really have a big data problem, because the census was carried out[...]
PhD David Nettleton
Data Scientist
PhD in Artificial Intelligence
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