%0 Generic %1 roder2018microlens %A Röder, Marcel %A Meißner, Thomas %A Günther, Thomas %A Zimmermann, André %D 2018 %K %T Micro-lens array fabrication by means of ultra-precision milling and injection compression molding %X Micro lens arrays (MLAs) are widely used for optical applications to enhance their optical performance. Examples for applications are hyper spectral imaging systems, display devices and optical data stor-age. MLAs can be produced using various methods such as laser ablation, LIGA process or ultra-precision machining. Suitable replication methods for MLAs are hot embossing, injection molding and injection compression molding. In this work, the process chain of ultra-precision milling (UP-milling), stamper integration and injection compression molding is evaluated regarding defects and form factors of tooling components and replicated polymer parts.

@conference{roder2018microlens, abstract = {Micro lens arrays (MLAs) are widely used for optical applications to enhance their optical performance. Examples for applications are hyper spectral imaging systems, display devices and optical data stor-age. MLAs can be produced using various methods such as laser ablation, LIGA process or ultra-precision machining. Suitable replication methods for MLAs are hot embossing, injection molding and injection compression molding. In this work, the process chain of ultra-precision milling (UP-milling), stamper integration and injection compression molding is evaluated regarding defects and form factors of tooling components and replicated polymer parts.}, added-at = {2023-02-02T23:11:31.000+0100}, author = {Röder, Marcel and Meißner, Thomas and Günther, Thomas and Zimmermann, André}, biburl = {https://puma.ub.uni-stuttgart.de/bibtex/25d5db6c43b5a04630bd80d21e3fa75d2/holgerruehl}, eventdate = {May}, eventtitle = {Polymer Replication on Nanoscale}, interhash = {01c95e59ef6e938d0739974332cb56ed}, intrahash = {5d5db6c43b5a04630bd80d21e3fa75d2}, keywords = {}, timestamp = {2023-02-02T22:11:31.000+0100}, title = {Micro-lens array fabrication by means of ultra-precision milling and injection compression molding}, venue = {Technical University of Denmark, Copenhagen}, year = 2018 }