CiS Institut für Mikrosensorik GmbH

Since its foundation in 1993, the CiS Institute for Microsensor Technology has developed into a nationally and internationally recognized partner for industrial companies and research institutions in the field of microsystems technology. In the newly built Microsystems Technology Application Center in Erfurt-Southeast, employees have access to modern clean rooms and laboratories with powerful equipment.

The range of services includes:

• Industry-related research and development on microsensor components and systems
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• Custom development of sensor modules from system design to prototyping
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• R&E services on sensor design, wafer processing, packaging and interconnection technologies, measurement and test engineering, solid state analytics
.
• Fabrication service for silicon wafers and assembly
.

CiS-Mikrosensorik - Intelligent systems from one source from development to production.

The CiS Institute for Microsensors is a non-profit business-oriented research institution in the field of silicon-based microsystems technology. CiS sees itself as a market-oriented R&D service provider with a continuous value chain from R&D to manufacturing: Design and System Design, Wafer Processing, Packaging and Interconnection Technologies, Measurement and Testing, Calibration, Solid State Analytics, Silicon Wafer Manufacturing Service and Assembly Service. The institute is located at the Microsystems Technology Application Center in Erfurt.

• Optoelectronic, impedimetric and piezoresistive microsensors
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• Sensors for vital signs, pressure, position,  climate, dew point, humidity
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• Photodiode arrays
• Radiation receiver assemblies
• Radiation detectors
• Custom sensor design
• Silicon wafer processing for sensors
• Construction and interconnection technology
• Sensor calibration
• Solid-state and surface analysis

Certification:

• ISO 9000 ff / QS 9000 ff
• DIN EN ISO 9001:2000

• Microsensors based on optoelectronic, impedimetric and piezoresistive operating principles
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• Applicative investigation and environmental simulation on sensor systems
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• Sensor design
• Prototyping on sensors and sensor systems
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• Si-based, CMOS-compatible 4"(6") wafer processing
• Design and interconnect technology
• Measurement and test engineering
• Solid state analysis and particle measurement
• Microsystem compatible detection systems
• System calibrations