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Microfluidic Cantilevers

These MEMS sensors have a capability to characterize picoliter volumes of different reagents for various properties. The sensors have been tested for measurements such as physical, thermal and chemical properties of multiple types of reagents in liquid state. These sensors are used as consumables in Picomeasure PM3.

Nanoscale

Microfluidic cantilevers truly work as a platform for nano ad pico scale measurements on a reagents such as DNA.

Various designs

These MEMS sensors are manufactured with various designs, geometries and materials.

Dual channel

The microfluidic cantilever are also offered in dual channels configuration which provide simultaneous measurement of two different reagents.

Spectroscopy

These sensors can perform spectroscopy on picoscale reagents using infrared light.

Dual-channel Microfluidic Cantilevers

These MEMS cantilevers are used for simultaneous measurements of two different liquids reagents. One prominent application of these innovative sensors can be running a measurement in parallel with a calibration standard reagent

Microfluidic Strings

Unlike a cantilever, these MEMS sensors are clamped on their both ends. They are also under a tension which makes them vibrate at higher resonance frequency therefore, these sensors exhibit higher sensitivity towards application such as mass loading of small particles, physical or thermal measurements of different reagents.

Resources

Research Articles

Microfluidic cantilever detects bacteria and measures their susceptibility to antibiotics in small confined volumes Download PDF

Nanomechanical identification of liquid reagents in a microfluidic channel Download PDF

Thermomechanical responses of microfluidic cantilever capture DNA melting and properties of DNA premelting states using picoliters of DNA solution Download PDF

Online measurement of mass density and viscosity of pL fluid samples with suspended microchannel resonator Download PDF