Microparts Gesellschaft Fur Mikrostrukturtechnik Mbh

Sensitec Gmbh

Universitat Bielefeld

Igedi Gbr

Microcoat Biotechnologie Gmbh

Bit Analytical Instruments Gmbh

Ernst Reiner Gmbh & Co. Kg

I-sys Mikro- Und Feinwerktechnik Gmbh

Aci Ag

Uwe Brenk

Jochen Schmitt

Holger Reinecke

Uwe Loreit

Ulrich Gengenbach

Arnd Rogner

Helge Pannhoff

Ulrich Sieber

Friedolin Franz Noker

Friedolin Franz Noeker

Karl Harter

Gerd Pruefer

Gerd Prufer

Michael Lorenz

Herbert Seemann

Andreas Hütten

Günter Müller

Josef Gentischer

Markus Dickerhof

Harald Waltenberger

Andreas Glathe

The present invention concerns stepped mould inserts, a method of producing the same and high-precision stepped microstructure bodies moulded therewith. The present stepped mould inserts and method of producing the same are more simple than previous methods. The lithographically produced regions of a patterned resist layer, which are exposed by development on a flat plate, are filled with metal. The layer may be mechanically removed, down to a predetermined thickness. After the residues of the resist have been dissolved out, if necessary or desired, this operation is repeated from one to several times. The regions removed from the resist layer are filled with metal, covered and separated from the resist layer, thus providing a multistep metallic mould insert. High-precision microstructure bodies having a multistep structure are produced with the present stepped mould insert.

High-precision stepped microstructure bodies

Stepped mould inserts, high-precision stepped microstructure bodies, and

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Kampfelbach, Germany

Uwe Brenk