Sentence examples for interconnected manufacturing from inspiring English sources

However, by creating "artisinal hardware," even if it's Kickstarter project after Kickstarter project, a hardware hacker could pull in a stable income, create an ecosystem of interconnected manufacturing partners, and help grow one of America's forgotten cities.

The fourth industrial revolution makes more effective use of data generated during manufacturing processes and creates a more interconnected manufacturing network.

More than 1,000 factories have been closed, and hundreds — producing everything from computer components to car parts — have already been inundated, dealing the country an economic blow that has far-flung consequences for the interconnected world of manufacturing.

This new combination of methods offers the possibility of manufacturing scaffolds with interconnected pore sizes ranging from 1.6 to 51.5 μm.

A new and highly biocompatible space holder material is proposed for manufacturing of porous titanium with open and interconnected pore morphologies through powder metallurgy techniques.

Batch fabrication prevalent in MEMS provides the manufacturing capability to make very complex systems with multiple interconnected MEM devices.

However, given the potential applications of IoT across numerous sectors and industries, including manufacturing, engineering, finance, medicine, and health, the number of interconnected devices in circulation is expected to rise to 24 billion by 2020 [4].

Drawing on industry interviews, six interconnected socio-technical factors are identified that guide the vehicle design and manufacturing process.

Cyber manufacturing is transformative concept that involves the translation of data from interconnected systems into predictive and prescriptive operations to achieve resilient performance.

Private developers will be asked to submit proposals for four interconnected zones on the Monongahela River that will include two million square feet of office space, research and clean manufacturing, and 1,200 residential units.

In this study, we therefore used rational design and additive manufacturing in the form of selective laser melting (SLM) to fabricate porous titanium implants with interconnected pores, resulting in a 3.75 times larger surface area than corresponding solid implants.