The same economic and functional advantages that make in-mold labeling (IML) a growing trend in injection molded packaging are expanding its uses in large parts for durable goods as well. ArticlePublished: 5/1/2008
If you were looking for a new machine to mold micro- or mega-sized parts, multiple materials, long fibers, high-speed/high-cavitation packaging, exotic multi-material combinations with compounding on the machine, or just a cost-effective press for g... ArticlePublished: 1/1/2008
Hard-surfacing options for molded plastic glazing now include plasma instead of wet coatings–and replacing coatings altogether with in-mold film lamination or multi-layer coinjection.
ArticlePublished: 10/1/2007
At the big “K” Show next month, top billing goes to new all-electric machines aimed at every segment of the market, from general-purpose to high-end. ArticlePublished: 9/1/2007
A new version of in-mold decorating technology, developed initially for exterior auto body components, uses dual-cure coating technology to provide a paint film that is both stretchable for good thermoformability and also provides the high gloss and... ArticlePublished: 8/1/2007
After several fits and starts over the last decade, thermoforming IML appears ready for prime time, thanks to improvements in output and labeling technology. For now, the action is mostly in European packaging.
ArticlePublished: 4/1/2007
The drive to eliminate secondary operations is pushing multi-shot injection molding a step farther—toward assembling separate components in the tool via snap-fits, welding, and co-molding of incompatible materials.
ArticlePublished: 3/1/2007
Molding higher volumes of a rigid thin-wall part typically means going to a larger press for increased injection and clamping capacity. ArticlePublished: 1/1/2007
As in-mold labeling, or IML, attracts a growing following among U.S. molders, some are finding that mastering a complex new technology is no small task. ArticlePublished: 9/1/2006