Integrated Service Center (ISC)
The Integrated Service Center is a research-oriented service and analytical unit within DWI. The ISC’s infrastructure and the expertise of its staff are available for both internal DWI projects and external clients from academia and industry. We address key bottlenecks of soft material & matter analysis.
Benefit from the expertise of internationally renowned experts in materials research. Our core competencies are organized into clusters that provide expert advice on the latest developments in biomedical and sustainable materials. You can also commission measurements and analyses from our specialists.
Biomolecule Production & Analytics Unit
From flask to 100 L scale, the DWI ISC provides end-to-end protein production, including expression, fermentation, purification, downstream processing, analysis, and expert process support.
Imaging Unit
Advanced imaging and microscopy services, from MALDI-TOF imaging to high-resolution SEM, FESEM, and TEM, complemented by expert consultation for your analytical challenges.
Material Surface Analytics Unit
Comprehensive material and surface analysis to uncover composition, structure, morphology, and interfacial properties, supported by a broad range of complementary analytical techniques and expert guidance.
Custom Chemicals & Analytics Unit
Flexible small-scale chemical synthesis for the development, preparation, and optimization of tailored compounds and materials, supported by expert consultation.
Molecular Analytics Unit
Explore molecular composition, thermal properties, and particle behavior with a versatile portfolio of analytical techniques and tailored expert support.
Hair and Textile Analytics Unit
Characterize hair and textiles in a targeted manner with regard to their structure, surface, composition, and functional properties. Our specialized analytical methods are precisely tailored to your specific research questions.
Simulations Unit
Access our computational modeling and simulation services to understand complex material behavior, predict performance, and complement experimental results with deeper mechanistic insight.
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