The project MMC VIS combines all technologies of a modern Videoendoscopy System. The own developed electronic which is based on FPGA delivers a customized image editing. With software algorithms the camera settings are adjusted individually. Special functions for image editing like edge detection, color correction or exposure times can be realized with complex software algorithms. This allows diagnosis of highest significance. Moreover a interface between image and video capturing is also available. With the Chip-in-Tip technology especially thin and long channels can be  visualized with exceptional resolution. The modular visualization system can be connected with different video probes. According to your application you can use rigid or flexible probes in different lengths and diameter with one visualization system.

The project UVE-Eurimus is about an electrooptical sytem, which  is able to detect cancer at early stages by using UV light (wavelength: 308nm). Cancerous tissues contain NADH and Tryptophane molecules. These molecules react with autofluorescence in the UV and in the blue slots. The ratio between the peak responses at 370 nm and at 450 nm allows for a classification, indicating whether or not the zone is cancerous and must be cured. The images and results from the fluorescence analysis enable an image of the cancer area.

  Project description

The project Integra Scope is a self-sufficient Video endoscopy solution for medical applications. The main feature of this project is the wireless transfer of the video signals and the lighting. The camera and the integrated light source is regulated and controlled through a central unit. The power supply is an inbuilt battery. A special system solution of the handpiece and the endoscope enables an efficient and careful reprocessing. With this solution the number of reprocessing cycles is much higher as the number with conventional solutions. Within the Integra Scope we have a patented software solution which allows a better orientation to the user.

The project is about a multimodal trace detection system for the analysis of dangerous substances in difficult access areas. The endoscope is equipped with an contactless sampling technique. The endoscope can be introduced through existing openings or new created openings. With an absorption system, different substances can be evacuated. A sensitive and selective mass spectrometer helps to characterize the samples.The hazardous substances can be recorded through an orthogonal IR spectroscopy. The contactless sampling technology guarantees an easy operation. The realistic assessment of the hazardous situation can be done immediately after a secure sampling. Furthermore the endoscopy system delivers high quality measurement results for downstream studies.