Versatile fabrication method for multiscale hierarchical structured polymer masters using a combination of photo- and nanoimprint lithography
Mirko Lohse, Marina Heinrich, Susanne Grützner, Anja Haase, Isbaal Ramos, Clarisa Salado, Manuel W. Thesen, Gabi Grützner
Abstract
We present a versatile and scalable method for the preparation of microfluidic channels with incorporated nano patterns. Since our approach is highly industrial driven, all used methods and materials are available in common micro-fabrication environment and are available in large quantities, respectively. In comparison to other fabrication methods capable of realizing multi-level patterns, we combine nanoimprint lithography with standard photolithography, and thereby overcome the problems of limited pattern dimensions as well as fabrication time, pathing the way for a new class of microfluidic devices.
Topics & Concepts
Nanoimprint lithographyFabricationPhotolithographyNanotechnologyMaterials scienceMicrofluidicsScalabilityLithographyNanolithographyComputer scienceOptoelectronicsAlternative medicineDatabasePathologyMedicineNanofabrication and Lithography TechniquesMicrofluidic and Capillary Electrophoresis ApplicationsMicrofluidic and Bio-sensing Technologies