Sentence examples for high-volume fabrication from inspiring English sources

To hit that target by 2020, 24M must scale up from its existing pilot manufacturing line in Cambridge, Massachusetts, to high-volume fabrication.

Producing enough energy to offset the cost is what Stirling Energy Systems hopes to accomplish with its SCE deal, since high-volume fabrication should drop costs.

Adopting the array of ZnO nanolines opens the possibilities of large-area, high-volume fabrication of ZnO nanostructure-integrated devices.

To find a cheaper substitute, Intel and other chip companies have begun working to make all of the critical components needed for an optical network out of silicon, so networking devices could be produced in the same high-volume fabrication facilities that currently turn out electronic chips by the billions.

We present a procedure for high volume fabrication of nanopore membrane chips, combining low cost hot embossing for nanopore replication and conventional photolithography for manufacture of the membranes, alignment marks and break lines.

Since the emerging industry focus is on the efficient fabrication of single-use chips that do not require manipulation of solutions, we believe that the present approach lends itself to rapid, cost-effective, and high-volume manufacturing of biosensor chips in a single process.

However, integration of optical polymer or glass waveguide layers in the PCB stack-up benefits in low-cost high-volume waveguide fabrication with complex layouts including splitters, combiners, crossings, and tight bends.

By incorporating spin-on glass technology, used in silicon integrated circuits manufacturing, and photolithography, transferring a circuit pattern onto a substrate with light, the team demonstrated a reproducible, high-volume, and low-cost fabrication method for integrating nanowire devices directly onto silicon.

These results validate the requirement for reproducibility and opens good perspectives for applying this fabrication process on high-volume production of MLs arrays.

MST is considered as less conservative than integrated circuit technology (microelectronics), because MST processes are reshaped by prototyping or the fabrication of demonstration devices instead of focusing on high-volume production.

We have demonstrated the fabrication of AuNP-based biosensors using flexographic printing, which is ideal for low-cost, high-volume production of the devices.