Stealth barcodes track individual items during the manufacturing process

Hitachi Power Solutions has developed an item management system, which helps to improve traceability in manufacturing facilities.

This system uses item IDs printed in stealth ink, which is hard to see with the naked eye. The ink is made visible and read using UV light, and each ID is associated with production data. Even in lots with thousands or tens of thousands of items, this system enables every single product to be managed individually.

“Usually, manufacturer’s codes don’t need to be seen by everyone. So, we’ve decided to use stealth codes. A feature of these is, they can be printed anywhere. So, they don’t affect product design.”

“The scanning speed is currently 78 meters per minute, but that could be increased to 160 meters per minute. The codes can be read anywhere, but what we want to do is to make it possible to read the codes, and associate them with data during manufacturing, at speeds that have so far been considered impossible on production lines.”

“Until now, products have been managed as lots, so if customers make a complaint, manufacturers have only been able to tell them the results of tests within a lot. But now, each item on a production line can be scanned, and data can be associated with its code, so manufacturers have evidence regarding complaints. For example, items can be given serial numbers, like with consumer electronics. So, if there’s a complaint, the manufacturer can immediately check where the item was made and what the problem was.”

The stealth codes are printed using ink-jet printers from Hitachi IES. This system offers lower costs than labels and RFID tags.

From now on, as well as food items, Hitachi will consider using the system for electronic and automotive components.

“We think this system could be utilized for lots of purposes. For example, you could use these codes to make small electronic components traceable, or to improve the speed of production lines. Stealth codes could also be used to prevent counterfeiting or unauthorized distribution.”

Event: FOOMA JAPAN 2013

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Made in America: could your next phone be homegrown?

Made in America could your next phone be homegrown

“Made in America.” For some reason, my parents — and the parents of many of my peers — take great pride in seeing that phrase. I’ve seen people buy inferior products just because the label on the back proclaimed that it was thrown together in one of our 50 great states instead of across some imaginary line in “another country.” Part of me wonders if people actually check to see if said claims are legitimate. As a business graduate, I fully understand the importance of producing goods within one’s borders. There’s a delicate balance that needs to be struck between imports and exports, and a huge part of a nation’s economic growth hinges on how well that balance is executed.

I suspect the generation before mine remembers a very different America than the one I’ve grown up in — one where smokestacks outnumbered high-rise buildings, and one where jobs requiring steel-toe shoes were more lauded than those requiring a fancy degree and “knowing the right guy.” Manufacturing was the backbone of America through some really, really trying times, and there’s some sense of national pride that comes along with images of swinging hammers and climbing ladders. “We built this country,” as they say.

Continue reading Made in America: could your next phone be homegrown?

Made in America: could your next phone be homegrown? originally appeared on Engadget on Mon, 02 Jul 2012 12:15:00 EDT. Please see our terms for use of feeds.

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