bobjengr, glad we can help you look good by providing information you can use to do your job. I wrote about this because it looked like a clever, well thought-out design and execution of a solution to a common problem. Thanks for letting us know you agree.
Hello Ann--Great post. Well you've done it again, made me look like a hero. My company has been looking for methods to improve packaging and reduce costs for one client; i.e. Universal Assemblies, LLC in East Tennessee. This looks like one method of doing just that. They build to order and have minimal inventory of finished products. The problem arises with companies supplying components in cardboard cartons and not returnables. We then have to purchase suitable containers to re-ship assemblies. These must be robust and go the distance relative to shipments by common carriers, UPS, FedEx, etc. etc. Many thanks for the information. Again--great information.
I'm not really sure that they are aiming for it to be tamperproof, per se. It sounds more like something that would contain the tamperproof items for individual sale and this would be unfolded to create the display.
This a great waste reduction. At a previous employer, we used similar home built contraptions to hold components on pallets. The main reason was for cost savings. A pre-made and well engineered solution like this would have definitely helped with some damaged goods.
I agree, Beth - very cool. And the reduction in material cost and waste reduction are awesome benefits. I also think it is more aesthetically pleasing than the old wooden pallets - making their delivery straight to the retail floor more palatable in some venues.
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Biomimicry has already found its way into the development of robots and new materials, with researchers studying animals and nature to come up with new innovations. Now thanks to researchers in Boston, biomimicry could even inform the future of electrical networks for next-generation displays.
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