Neoplas Control GmbH
Neoplas Control GmbH
Walther-Rathenau Strasse 49a
17489 Greifswald
Germany
Fon: +49 3834 515400
Fax: +49 3834 554500
http://www.neoplas-control.de
roepcke@neoplas-control.de
Contact Person: Prof. Dr. Jürgen Röpcke
The neoplas control is part of the neoplas label, a scientifically network, which has been established by the INP Greifswald. The neoplas enterprise as a wholly owned subsidiary of the INP Greifswald e.V. represents the centre of technology transfer and supports spin off companies like the neoplas control (npc). As a third column of a R&D value chain the npc enables a consequential embarking on the strategy of getting from the idea to the market. Research results from the INP provide the starting point for a value-added chain in which the neoplas GmbH, based on obtained research findings, incurs the central role of technology transfer. Developed prototypes will be reviewed by the neoplas GmbH on marketability aspects and if applicable market compatibly transformed. The neoplas GmbH acts as an essential link between economy and science. Thereby shall not only the sector of plasma based products and applications be permanently served, but also the communication between market and applied research, as well as the promotion of interdisciplinary projects are to be intensified.
(Technology: 
- Q-Macs stands for Quantum cascade laser- Measurement And Control System
- Developed with the know-how and the expertise of the INP-Greifswald
- Works at room temperature
- Comes with software package TDLWintel for control and analysis
- Can be adapted to your specific requirements
Q-MACS, a compact and user-friendly Quantum cascade laser measurement and control system, has been developed for various applications like the analysis of plasma processes or the high sensitive trace gas analysis. It combines the benefits of absorption spectroscopic methods in the mid infrared with the favorable properties of quantum cascade lasers. Therefore, in combination with thermoelectrically cooled infrared detectors, well suited for industrial applications, in particular for real-time process control.
