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New Low-Profile Retaining Rings
Smalley Hoopster® Rings fit into shallower grooves than regular snap rings or retaining rings. Where retaining rings once were not an option because of groove depth, the low profile, precision circularity, and small radial size allow the Hoopster to be an unobtrusive component in the assembly, ideal for thin-wall tubes. Easy to install without special tools, Hoopsters are stocked from 3/8" to 3" in carbon and stainless steel. No-Tooling-Charges™ on specials.
Click here for more details.
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Inflatable antenna is key to rapidly restoring communications
In the digital age, few things can be considered more important than the availability of reliable communications. In the aftermath of calamities such as an earthquake, a hurricane, or an armed conflict, the lack of an electronic link means no phone calls, no e-mail, no news – and a feeling of being utterly lost to the rest of the world. But one Missile Defense Agency (MDA) -funded company developed a tool that allows civilians, first responders, and warfighters to establish communications links quickly in any weather condition and terrain anywhere around the world.
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Lean Manufacturing: Was Steve Jobs lean?
Since his death, comparisons of Steve Jobs with great innovators and industrialists have been plentiful, with Henry Ford mentioned most often. The most thought-provoking parallel between the two men was in their approach and phenomenal success with product-process innovation. By John Shook, Chairman and CEO, Lean Enterprise Institute, Inc.
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Tattoos go electronic – and body monitoring won't be the same again
Through a combination of careful theoretical modeling and precise micro-manufacturing, a team of engineers and scientists has developed a new type of ultra-thin, self-adhesive electronics device that can effectively measure data about the human heart, brain waves, and muscle activity – all without the use of bulky equipment, conductive fluids or glues.
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Diode lasers could challenge LEDs
The human eye is as comfortable with white light generated by diode lasers as with that produced by increasingly popular light-emitting diodes (LEDs), according to tests conceived at Sandia National Laboratories in Albuquerque, NM.
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Mike Likes: Power generator converts heat into electricity
Thermobility is a new power-generation technology from Nextreme that uses heat as a source of electricity for low-power wireless applications like remote sensors. Solid-state thin-film thermoelectric technology enables "wireless power" anywhere there is an adequate heat source and eliminates the need to use traditional wired power sources or replaceable batteries. When paired with wireless transmitters, the Thermobility solution can provide electric power for decades of maintenance-free operation.
Find out more about this exciting new technology.
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Videos+: Technologies and inspiration in action |
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