Driver Protection
OpenDrop is a development platform for digital microfluidics. It is intended for new developments and research experiments. We all know that during experimentation
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Authorgaudi
Virtual Channel Microfluidics
Virtual microfluidics channels can be digitally defined and changed using electrowetting effect (EWOD). Shown on OpenDrop how to fill digitally defined channels using
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Custom Cartridge for Electrochemiluminesence
In an open and trustful collaboration together with Verv Technologies we have developed application specific cartridges and driver boards. Verv uses a unique
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Cartridge Production Process – Cartridge Assembly
Process overview Parts Preparation Laminating and Coating Hydrophobic Film Cartridge Assembly Testing Packaging 3. Cartridge Assembly ID 3.1. Title Assembling Electrode board with
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Advances in OpenDrop Digital Microfluidics
Latest advancements in controlling liquids through digital microfluidics on OpenDrop platform. Research results and new custom designs are shown directly from GaudiLabs. Complex
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Cartridge Production Process – Laminating and Coating Hydrophobic Film
Process overview Parts Preparation Laminating and Coating Hydrophobic Film Cartridge Assembly Testing Packaging 2. Laminating and Coating Hydrophobic Film ID 2.1. Title Preparing
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Cartridge Production Process – Parts Preparation
Process overview Parts Preparation Laminating and Coating Hydrophobic Film Cartridge Assembly Testing Packaging 1. Parts Preparation ID 1.1. Title Top Cover Preparation Scope
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Magnetic Beads on OpenDrop
A quick prototype using a micro servo motor and two neodymium magnets (diameter 4 mm 2 mm) show how to move and separate
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OpenDrop V4
OpenDrop a modular, open source digital microfludics platform for research purposes. The device uses recent electro-wetting technology to control small droplets of liquids.
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