Today at Dscoop Dallas, HP Inc. announced the winners of the 3rd annual HP Inkspiration Americas Awards, recognizing the most innovative brand experience produced with HP digital printing technology, and Rod Key Marketing Excellence Awards for the companies with the most creative marketing campaigns to promote their businesses. “HP digital printing technology is disrupting print applications across industries, sparking creative ideas for designers and brands and improving efficiencies,” said Dave Prezzano, General Manager, HP Graphics Solutions Business Americas, HP inc. “These award-winning prints are an inspiration to the HP Graphic Arts community. With leading-edge technology from HP Indigo, PSP can capture the growing power of digital print in almost every area of life and work and realize new revenue opportunities.”

Third Quarter Financial Highlights and Recent Events * Total revenue increased by 23.9% to $67.9 million, from $54.8 million in the third quarter of 2021. * Packaging and specialty products segment revenue of $18.8 million, up 5.8% from $17.8 million last year. * Envelope segment revenue up 32.6% to $49.1 million, from $37.0 million in the prior year. * Net Earnings increased significantly to $8.1 million, or 11.9% of revenue, from $3.4 million or 6.1% of revenue, last year. * Earnings per share of $0.31, up sharply from $0.13 a year ago. * Recorded no assistance from the Canada Emergency Wage Subsidy (“CEWS”) and Canada Emergency Rent Subsidy (“CERS”) programs in the third quarter of 2022, compared to $0.6 million in the equivalent quarter of 2021. * Purchased 96,600 shares for a total consideration of $0.3 million as part of NCIB program. * Acquisition on November 1, 2022 of Royal Envelope Corporation (“Royal Envelope”) located in Chicago.

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.