Worzalla Congratulates 12 New Graduates of “Print University”

The first thing one notices upon approaching Paolo Olbi’s bookstore from Ca’ Foscari bridge in Venice is the intricate patterns and vibrant colors. His carefully displayed selection of handmade books, notebooks, and stationery look like an old postcard. Olbi himself, an impeccably dressed and groomed 78-year-old native Venetian, is as much a caretaker as an artisan. “I started learning handmade bookmaking at 18,” he says. “And 60 years later I am still loving it.” The books for sale at Olbi’s store are traditionally hand-bound, using techniques that can only be learned through apprenticeships with masters of the form. When he started in this trade, there were around 20 traditional bookbinding shops in Venice. Today, he is one of just three.

The Phoenix Group of Companies, a full-service provider of comprehensive printing, packaging, mailing, and fulfillment solutions in Philadelphia, announced that its affiliate, Phoenix Lithographing, and long-time industry partner ICS Corp., of West Deptford, N.J., are merging forces to create Phoenix-ICS Group of Companies. The new partnership brings together ICS, a direct mail organization offering strategic development and creative services, and Phoenix Lithographing, one of the largest privately-held commercial printing companies in the marketplace. The group will benefit from ICS’s expertise in mailing and creative development, and Phoenix’s comprehensive print production knowledge.

A typical sheet of paper or cardboard is neither waterproof, interactive or able to harvest energy, but an innovative new printing technology developed at Purdue University can make it all of the above. The researchers demonstrated the technique by transforming a sheet of notebook paper into a music player, and say it could be scaled up to work with larger printing processes for more mainstream uses. “This is the first time a self-powered paper-based electronic device is demonstrated,” says study author Ramses Martinez, an assistant professor in Purdue’s School of Industrial Engineering. “We developed a method to render paper repellent to water, oil and dust by coating it with highly fluorinated molecules. This omniphobic coating allows us to print multiple layers of circuits onto paper without getting the ink to smear from one layer to the next one.” With this omniphobic coating as the starting point, the researchers were able to integrate vertical pressure sensors onto the paper. This not only enables it to become an interactive surface for a variety of applications, but also one that can harvest energy from user’s actions through friction as they apply pressure to the device, which can be used to power wireless Bluetooth communication.