We offer a
comprehensive know-how in the realization of spectroscopic measurement devices
for the control and optimization of chemical and physical production processes.
The technological core of our process monitoring systems consists of an i-RED process spectrometer
which is specially designed and optimized for industrial use.
We analyze your production process and search for ways in which you can get more quality information in real time at critical points in the manufacturing process. This can help you achieve a more efficient and secure process management through shorter down times and lower failure costs.
We explore which spectroscopic technology meets
your application and your precision requirements. This is usually done by means
of preliminary examinations in the laboratory, in a pilot plant, or by means of
a time-limited test operation in your production plant.
We offer you a spectroscopic measuring system integrated into your plant. We regard ourselves as a provider of complete solutions and can bring a broad field of competence ranging from the mechanical and optical design of application-specific measurement optics to the development of adapted software, automation, communication and visualization solutions.
fabricate and install turn-key, highly automated spectroscopic solutions such
as scanning systems or automated high-throughput analysis stations.
To offer optimal solutions for various industrial branches and applications,
i-RED has developed its own process spectrometer technology. This technology
platform is the product of long-standing research and development in the field of
near infrared (NIR) and mid infrared (MIR) spectroscopy.
The result is an optimization of the robustness, compactness and cost-efficiency combined with the high precision of the classic FTIR- principle to meet the requirements in high-standing industrial applications.
In order to provide you with the maximum amount
of information from your measurement data, we draw on extensive expertise in
the area of multivariate data analysis, model development and the fully
automatic evaluation of measurement data in real time.