DETROIT—The Open Automotive Alliance, a consortium of automotive OEMs and technology providers like Google, has launched a new, automotive-specific operating system—Android Auto.
WALKER, MI—SolarBOS Inc. will invest $884,000 to open a new assembly plant here, creating approximately 50 new jobs over the next three years. The company makes combiner boxes and other auxiliary equipment for solar power installations.
AUSTIN, TX—Say it ain’t so: Apple CEO Tim Cook tweeted a photo of himself touring the company’s assembly line here, where the Mac Pro is made. The problem? Right behind Cook is an Apple-branded monitor—and it’s clearly running Windows.
Terneuzen, Holland-based Dethon Industrie specializes in assembling and testing custom PCBs for telecommunications, LED lighting, industrial applications, and ship-navigation and medical systems.
In the world of assembly, ABB is known primarily for its leading-edge industrial robots. But, there’s much more to this multinational corporation, which operates 300 manufacturing plants in 100 countries, has nearly 150,000 employees, and reported global revenue of $42 billion in 2013.
YORKTOWN, IN—Mursix Corp. will invest $7.1 million to expand its headquarters here, creating up to 108 new jobs by 2017. The company produces components for alternative energy applications, such as converters and inverters used in hybrid trucks and vehicles.
Mentor, OH-based IT Plastics specializes in potting and encapsulation of electronic assemblies, sensitive circuitry and devices for OEMs, engineers and product-design firms. Founded in the late 1980s, the company excels in applications requiring polyurethane materials.
Versatile manufacturing has always been important to RS Coatings Ltd., based in Lichfield, Staffordshire, UK. Since opening its doors in 1999 as a division of masking-jig specialist RS Composites Ltd., the company has manufactured and coated plastic components in low, medium and high volumes for a wide range of customers.
CAMBRIDGE, UK—Researchers at the University of Cambridge are studying ways to manufacture intricate features that are smaller than 100 nanometers. Such capability could be instrumental in making products such as diagnostic smart phones, flexible displays and highly efficient solar cells.