Ball Corporation — a leading provider of aluminum packaging for beverage, personal care and household products — recently released its new Climate Transition Plan, which outlines the company’s pathway and evolution into a fully circular and decarbonized business.

New Orleans calls it Mardi Gras, and Brazil calls it Carnaval. The lively celebration of this annual event isn’t the only thing that Brazilians and the residents of New Orleans have in common. Both have displayed a strong commitment to the recycling of aluminum cans.

From ensuring that recycled release liner rolls contain no defects to detecting leaks in flexible containers, inspection and detection technology is critical to the efficient production of high-quality packaging. Here is a look at some of the cutting-edge inspection and detection systems currently on the market.

The country famous for samba, Carnaval and world-class soccer also has an extremely impressive recycling rate for aluminum cans of approximately 99%. That’s higher than the estimated recycling rates for South America as a whole (92%), Europe (76%) and North America (55%).

Companies are continually rolling out innovative packaging that contributes to sustainability, and the same is true in the area of health care and beauty. In this story, we take a look at some recent examples of such innovation.

Until recently, most pharmaceutical manufacturers would buy blister foils pre-printed with product names, dosage information, and branding and use a basic in-line printing or embossing system to add a batch code and expiry date to the blister in human-readable text.

Just as baseball fans can look forward to World Series rematches, German trade group VDMA says the packaging machinery industry has a lot to look forward to in 2023.

The picking productivity increase may solve one direct labor problem, but in doing so, it creates another. The company will now have to find space and people for manual pack & ship stations to accommodate the improved picking productivity.

H.B. Fuller has multiple projects involving its scientists designing and engineering technologies that contribute to the circular economy and help its customers “reduce, reuse and recycle,” ranging from formulating adhesives using fossil-free raw materials to developing new, naturally, and responsibly sourced adhesive raw materials.