The latest EOS laser sintering system, the FORMIGA P 100, will make its North American debut on May 1st at the RAPID 2007 event in Detroit. The system produces plastic parts in polystyrene or polyamide and has a smaller format than the EOS' previous machines. According to Jim Fendrick, EOS' vice president for North America, the system represents a ground-up redesign. “It's not just a scaled down version of our previous machines,” he says, noting the the new machine features advances in its optics and scanning system that allow it to build walls as thin as 0.016 inches. The FORMIGA P 100 also features a newly designed radial recoater that improves part quality while decreasing powder consumption. “The parts coming off the machine look very crisp,” Fendrick says. EOS is positioning the machine as suitable not just for prototypes but for rapid manufacturing work–or “e-manufacturing” as EOS terms it. Fendrick points out that the FORMIGA P 100 sports 23 components that have been made on EOS' own laser sintering machines. “The machine practices what we preach,” he says.The FORMIGA P 100 offers a build envelope of 8 x 10 x 13 inches and is housed in a 52 x 42 x 77 inch cabinet. North American installations will begin in the third quarter of 2007.
A group of engineering students at Rice University have designed a knee brace that harvests energy from walking, which potentially can be reused to power small medical devices and even an artificial heart.
The global packaged food market is still rising, thanks to constantly changing consumer preferences and growing demand in the Asia Pacific (APAC) region, and the global food packaging machinery market is continuing to ride its fortunes.
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