integration of 3D printed components with nanosensor technology .
The fabrication of 200µm width active flow micro-channels by 3D printing methods is an essential component that enables the examination of micro-litre quantities of bodily fluid in non-invasive diagnostic devices. By flexographically printing metal contacts onto 3D printed devices, we were able to subsequently integrate it with a nanosensor chip.
it looks like this-
what is the advantage of 3Dprinting?
Using 3D printed polymers offers a straightforward, cost effective and rapid means towards the development of novel microfluidic devices,which can lead to inexpensive methods for screening disease biomarkers on larger scale@ cheapest cost.
The fabrication of 200µm width active flow micro-channels by 3D printing methods is an essential component that enables the examination of micro-litre quantities of bodily fluid in non-invasive diagnostic devices. By flexographically printing metal contacts onto 3D printed devices, we were able to subsequently integrate it with a nanosensor chip.
it looks like this-
what is the advantage of 3Dprinting?
Using 3D printed polymers offers a straightforward, cost effective and rapid means towards the development of novel microfluidic devices,which can lead to inexpensive methods for screening disease biomarkers on larger scale
Comments
Post a Comment