・µ-TAS

・Blood Separation device

▼ Please select below Addressable Fluidic Gate Arrays for Layer-to-Layer Parallel Fluidic Transportation System ADAPTIVE BLOOD CELL SEPARATION USING COOPERATION OF SERIALLY CONNECTED MEMBRANE FILTERS PHOTONIC PATTERNS AND MICRO KNIFE ARRAY ON INDIVIDUAL FACES OF TRANSPARENT BIFACIAL CHIP FOR IN SITU NIR OBSERVATION AND BIOPSY Centrifugal Separation Device Using Two-layer Laminar Flow in Micro Channels for High Throughput and Continuous Cell / Plasma Separation Nanoliter Scale Droplet Extraction in Combination of Deformable Wall and Super Hydrophobic Pattern in Channel NOVEL COMBINATION OF HYDROPHILIC/HYDROPHOBIC SURFACE FOR LARGE WETTABILITY DIFFERENCE AND ITS APPLICATION TO LIQUID MANIPULATION

・Microfluidic analysis systems

▼ Please select below Addressable Fluidic Gate Arrays for Layer-to-Layer Parallel Fluidic Transportation System ADAPTIVE BLOOD CELL SEPARATION USING COOPERATION OF SERIALLY CONNECTED MEMBRANE FILTERS PHOTONIC PATTERNS AND MICRO KNIFE ARRAY ON INDIVIDUAL FACES OF TRANSPARENT BIFACIAL CHIP FOR IN SITU NIR OBSERVATION AND BIOPSY Centrifugal Separation Device Using Two-layer Laminar Flow in Micro Channels for High Throughput and Continuous Cell / Plasma Separation Nanoliter Scale Droplet Extraction in Combination of Deformable Wall and Super Hydrophobic Pattern in Channel NOVEL COMBINATION OF HYDROPHILIC/HYDROPHOBIC SURFACE FOR LARGE WETTABILITY DIFFERENCE AND ITS APPLICATION TO LIQUID MANIPULATION