Complementary Product Design

Complementary to the fundamental technologies embodied within Micronics' T-Sensor^®, H-Filter^®, ORCA Microfluidics™ and Microcytometer^® platforms, Micronics has developed, owns and/or has exclusively licensed intellectual property, and has demonstrated experience in the management of miniaturized flow-through design features. These additional capabilities include:

• Passively driven microfluidic structures – making fluids flow with gravity, absorption, and capillary action without additional driving mechanisms



• Positive displacement and other forms of microfluidic pumping compatible with blood and other particulate-containing fluids



• Microfluidic polymeric structures – three-dimensional circuits, sample/reagent input, cell lysing, mixing, valving, cell and particle focusing, and hybrid circuit structures (polymers, glass, metals, silicon, etc.)



• Diffusion-created concentration gradients



• Rapid prototyping – complex fluidic modeling, efficient polymer laminate prototyping, designing for high volume production



• Macro-to-Micro interfaces – connecting fluids from the outside world to the card, interfacing with a variety of sensor technologies



• Microplumbing – providing fluid control to and from micro-electrical-mechanical-systems (MEMs)

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