Neue Anwendungen sensorischer und aktuatorischer Materialien
Online-Veranstaltung: Auftaktveranstaltung zu einer Workshop-Serie über neue Anwendungen sensorischer und aktuatorischer Materialien.
Online-Veranstaltung: Auftaktveranstaltung zu einer Workshop-Serie über neue Anwendungen sensorischer und aktuatorischer Materialien.
The ability to print high viscosity fluids extends the range of materials that can be printed with drop-on-demand inkjet technology. In particular, it makes it possible to print: formulations for extended / new functionalities, i.e. for higher filling with particles polymers of higher molecular weight, e.g. in adhesives, inks and photoresists Improved edge sharpness (less drop spread) New applications in …
INNOVATION FIELD «INDUSTRIAL POST PROCESSING OF COMPLEX 3D PRINTED PARTS»: The manufacturing industry uses 3D printing techniques more and more. Unfortunately these parts come often with granular surfaces with visible layer structures or insufficient chemical & physical surface properties, further processing steps become necessary. This opens up potential for improvement and innovation in terms of costs and production technology. For …
INNOVATION FIELD «DIGITAL PRINTING TO COMPLEX SHAPES»: High-quality decorative or functional surfaces are important quality features of products. Digital inkjet printing as a contactless, flexible & resource-saving printing process opens up enormous innovation potential. However, printing on free forms of three dimensional objects brings weighty mechanical-physical and fluid-dynamic challenges.After the state of the art and the individual application complexity have …
INNOVATION FIELD «BODY NEAR ASSISTIVE SYSTEMS»: Adaptronic assistance systems may help to improve and extend human capabilities via sensory and actuator materials and surfaces. Examples can be found in production, logistics or even in medical-technical therapy applications.In order to improve human perception and interaction with the environment, innovative product surfaces must have biological and technical functions. In addition to hard …
INNOVATION FIELD «NEW APPROACHES TO GERM-INHIBITING SURFACES»: Germ-inhibiting surfaces reduce the adhesion and proliferation of microorganisms. Participants of the workshop series discuss with experts new methods of surface structuring and coating as well as connected physical, chemical and biological mechanisms. Biocide-releasing systems will not be discussed. For more information on the workshop 1 click here For more information on the …