It makes imminent sense to design cars or other products in Asia for cars that are sold in Asia. GM did that with Buick and ended up with a different look and feel that was a huge hit in China. It doesn’t make so much sense, however, to offshore significant amounts of design work to low-cost countries like Vietnam, which lack skilled and experienced design engineers. Nissan has put together a team of 700 Vietnamese engineers in Hanoi to design basic auto parts. According to a story in yesterday’s Wall Street Journal, “The Vietnamese engineers, many of whom have never driven a car before, earn about $200 a month—about a tenth of what their counterparts bring home in Japan.” Sure new software programs are a help, but there’s no replacing years of hard-earned knowledge on materials’ and other technology. Even experienced engineers sometime stub their toes because of poor knowledge of how a part design can affect tool costs, to say nothing of how a poor design can cause partial or total tool failure. Nissan/Renault CEO Carlos Ghosn gets a lot of props on Wall Street, but his approach to low-cost engineering is naïve and foolhardy.
At this year's MD&M West show, lots of material suppliers are talking about new formulations for wearables and things that stick to the skin, whether it's adhesives, wound dressings, skin patches and other drug delivery devices, or medical electronics.
Researchers at Lawrence Livermore National Laboratory have published two physics-based models for the selective laser melting (SLM) metals additive manufacturing process, so engineers can understand how it works at the powder and scales, and develop better parts with less trial and error.
Materials and assembly methods on exhibit at next week's MD&M West and other co-located shows will include some materials you should see, as well as several new and improved processes. Here's a sampling of what you can expect.
The Food & Drug Administration has approved a 3D-printed, titanium, cranial/craniofacial patient-specific plate implant for use in the US. The implant is 3D printed using Arcam's electron beam melting (EBM) process.
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