A novel application of SiNR, a photo-patternable adhesive material, commonly used for wafer bonding, is proposed as a promising option for fabricating, at industrial scale, fully assembled microfluidic devices at wafer level with resolution down to 15 μm. A self-sealing microchamber for real-time PCR analysis combining laminated SiNR dry films with in situ photo-patterned hydrogel passive valves is presented.
Microfluidic structures for large-scale manufacture combining photo-patternable materials
BIANCHESSI, MARCO ANGELO;CARMINATI, MARCO
2016-01-01
Abstract
A novel application of SiNR, a photo-patternable adhesive material, commonly used for wafer bonding, is proposed as a promising option for fabricating, at industrial scale, fully assembled microfluidic devices at wafer level with resolution down to 15 μm. A self-sealing microchamber for real-time PCR analysis combining laminated SiNR dry films with in situ photo-patterned hydrogel passive valves is presented.File in questo prodotto:
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