The new EiS research project focuses on the development of innovative stacked-layer MEMS-IR emitters. The goal is to create an even more miniaturized and cost-effective chip that offers at least the same light output as existing chips, thereby opening up new areas of application
COMPAMED, a leading international trade fair for medical suppliers, begins today in Düsseldorf. The CiS Research Institute will be represented at the IVAM joint booth in Hall 8a, Booth F35-2. Until Thursday, 20th November 2025, experts in the medical supply sector will come together to present components for medical devices and equipment and discuss high-tech solutions
On 12th and 13th November 2025, the 24th Precision Fair will take place at the Brabanthallen in ‘s-Hertogenbosch. The CiS Research Institute for Microsensor Technology will be exhibiting for the first time at the joint stand of LEG -Thüringen in hall 6, booth202
Under the motto “Digital twins in sustainable production,” representatives from business, research, and politics met at the Comcenter Brühl on 27th August 2025, for the 17th Erfurt Technology Dialogue.
In the accompanying exhibition, the CiS Research Institute presented part of its research and service portfolio as well as results from the FIRE research project
The completed IJP-IR research project investigated alternative processes based on inkjet technology and electroplating for the manufacture of IR emitters. The new process reduces lithography and high-vacuum steps to a minimum and expands the range of materials available for CMOS-compatible systems
The new ZIM project IR-Batch focuses on the development of new assembly technologies for infrared components based on polymer-free joining technologies for use at high temperatures and in extreme environmental conditions. The CiS Research Institute is responsible for technology development
The central idea of integrating several small and therefore fast active areas into a single chip was initially achieved through the hybrid integration of individual, very small (1×1 mm²) chips, which were ultimately converted into variants of monolithically integrated arrays
The aim of the new DotIR research project is to achieve a reduction in electromigration by doping MoSi2 in order to improve the service life of infrared emitters. In addition, it is being investigated whether doping can increase emissivity in the infrared spectral range
Miniaturized, infrared-sensitive detectors are required for contact-free temperature measurements as well as imaging and spectroscopic applications in the spectral range from 1 to 15 µm. For this purpose, technologies for membrane generation were developed, selected and realized in the completed MyTZe project
In the newly launched CNT-IR project, carbon nanotubes and encapsulations are to be used to increase the emission of the IR emitter while maintaining the same electrical output. Such light sources are used in particular for optical gas sensors (NDIR sensors)
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