Scientific Instruments Dresden GmbH (ScIDre) is a technology company globally serving science and experimental research based on a partnership. A powerful team of engineers and physicists develops and provides equipment and technologies for the use in fundamental experiments and applied nature sciences.
Research and cooperation projects
Dr. Paul Sass
Design and calculation
Stefan Zielke (no picture)
Software development and
Mechanical Production / Workshop
Axel Jäpel (no picture)
Our business areas
Development of research technologyIn the basic research and applied science, the demands on the apparatus and equipment have risen steadily. For outstanding experimental scientific results, individually designed and customized systems are often essential. A main business area of ScIDre is the development and manufacturing of research instruments with unique characteristics, designed and build according to the specifications and scientific needs of our customers.
Technology transferIn close cooperation with universities and other research institutes, we promote scientific equipment and technologies that were developed and already successfully used there and bring it to an international market. Universities and other public research institutions are often unable to act as a commercial market player due to capacity limits or legal restrictions, although new technologies developed in-house may have caused a lot of interest in their international scientific community. At this point the partnership is with ScIDre begins. Based on transparent licensing and cooperation agreements ScIDre accepts the necessary know-how of the partner institution. In addition, we conduct additional engineering activities. They make the usually existing prototype to a market-ready product, which can be effectively manufactured but also customized according to individual needs of the customers. Finally, ScIDre takes care for all the technical documentation and the legal issues which have to be respected prior to the market launch.
In this way, public research institutes are able to serve the market interest in self-developed technologies. The benefits for the institutions include direct economic aspects and a strengthening of the position towards public funding agencies. Furthermore, an improvement in the international visibility through the labeling of licensed products and the participation in further development results is achieved.
If you want to market equipment, patents and process ideas in the form of technology transfer in partnership with ScIDre, please contact us. We will advise you in terms of cooperation opportunities without obligation.
Further business activities:
Campuswerkstatt – our workshop on campus
In 2014, ScIDre established a full-featured metal workshop close to the campus in south Dresden. Besides manufacturing of components which are needed for the self-developed instruments and ongoing ScIDre projects, the workshop provides toll manufacturing to any customer. Piece parts and low volume production can be ordered at www.campuswerkstatt.de. If required, the ScIDre engineers provide support for design, choice of material, and manufacturing technologies. This attractive offer is gladly accepted by students, scientists and local companies, which are in need for a fast and effective realization of their small to mid-size engineering projects.
What else you should know
ScIDre was founded in 2009 as a spin-off from the Leibniz Institute for Solid State and Materials Research Dresden (IFW Dresden). The unique floating zone crystal growth furnace HKZ, which was originally developed at the IFW Dresden to operate under high gas pressures, was transferred as one of the first products to the emerging company. Since then, ScIDre optimized the plant design, completely reworked the control system and sells the apparatus successfully world-wide. Based on the experience in engineering of high pressure and high temperature devices, ScIDre is continuously developing new, innovative instruments for the preparation and execution of crystal growth and other scientific experiments from various areas of solid state physics and materials research.