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Scaling research into real-world impact.
Microfluidics is a technology that controls small volumes of liquid in microscale channels, usually integrated into compact lab-on-a-chip devices. It reduces the amount of reagents and samples used, enabling highly sensitive, multiplexed assays for diagnostics, drug discovery, and life science research.
SCIENION precision microdispensing enables accurate positioning of biomolecules, such as DNA, antibodies or proteins onto microfluidic chips. This supports robust immobilization chemistries on glass and polymers, driving sensitive immunoassays and nucleic-acid tests with low background and high reproducibility.
sciFLEXARRAYER aliquots picoliter–nanoliter volumes of enzymes, primers, antibodies or buffers into reservoirs and reaction sites before lyophilization or film sealing. This supports stable, shelf-ready point-of-care cartridges with consistent dose uniformity and simplified logistics. Typical designs combine dry reagents with liquid blisters to automate multi-step assays on-chip. Proven across centrifugal and cassette-style platforms
Precision microdispensing loads microchamber arrays or partitioned structures with samples, standards and oil overlays, critical for digital PCR and other compartmentalized assays. Tight volume control improves partition statistics, limits cross-talk and boosts quantitation accuracy in MEMS-fabricated chips; automated dispensing also scales manufacturing.
