The 2026 Pinnacle Printing Technology Awards are announced – which ones will impact the digital printing market?
Recently, the Printing United Alliance in the U.S. announced the winners of the 2026 Pinnacle Awards, with a total of 14 innovative technologies from around the world making it to the Technology Competition category (formerly InterTech).
The Pinnacle Awards are recognized globally as the authoritative technology awards in the printing industry, often called the industry's "innovation barometer." They aim to honor cutting-edge technologies that have the potential to transform the industry and make a lasting impact on the development of printing.
So, which of this year's winning technologies will influence the digital printing market? Let's check them out~
Canon varioPRESS iV7 inkjet printing device
As Canon's next-generation industrial B2 sheet-fed inkjet printer, the varioPRESS iV7 is designed to deeply integrate the high productivity of industrial printing with the flexibility and convenience of digital workflows, creating an all-in-one digital production platform for commercial printing companies.
This machine is built for high-volume commercial printing and can efficiently produce a wide range of high-quality printed products such as books, direct mail ads, marketing materials, catalogs, and greeting cards, fully meeting the growing demand from end clients for short turnaround times. In terms of performance, it can print up to 8,700 sheets/hour in 4/0 format and 4,350 sheets/hour in 4/4 format, with a monthly capacity of up to 4.5 million B2 sheets, allowing a single platform to handle heavy production loads.
In terms of format and adaptability, the device supports B2 output, greatly increasing imposition flexibility and helping printers maximize paper usage across multiple job sizes and types. It's compatible with a wide weight range of 60–450 g/m², covering coated, uncoated papers, and some cardboard types. Combined with a straight-line paper path design supported by air flotation and vacuum assistance, it ensures stable paper transport across various substrates, guaranteeing consistent output quality even at full speed.
Helix® high-drop UV cylinder inkjet printer
Inkcups has launched a new model in their Helix® series of cylindrical inkjet printers, the Helix® High Throw. Building on the series' usual high-quality printing and efficient production speed, this model adds several new features, perfectly meeting the growing demand for personalized customization from brands and decoration manufacturers.
This printer features high-throw printing technology (also called extended throw or high drop printing), meaning the printhead maintains a greater distance from the substrate, making it suitable for more complex shapes. Designed specifically for cylindrical, tapered, and stepped drinkware, it can achieve seamless 360° decoration printing, breaking the shape limitations of conventional cylindrical printers.
Korneli Digital Atlas MATRIX
Kornit Digital's Atlas MATRIX system is redefining the standards of digital production for apparel manufacturing in the on-demand era. As an all-in-one direct-to-garment production solution, this system allows fully flexible production across cotton, polyester, and blended fabrics for the first time, while still achieving top-notch retail quality standards.
Atlas MATRIX is the industry's first fully integrated digital apparel production system, designed around demand-driven manufacturing. It ensures print quality, colorfastness, durability, and efficiency, all while maintaining ultimate production flexibility. At its core is Kornit's exclusive Karbon Shield technology, which uses a breakthrough protective layer process to effectively prevent dye migration even on the most complex deep-dyed and sublimated polyester fabrics.
From a business perspective, its streamlined automated production workflow significantly reduces complexity and reliance on labor, opening up new profit opportunities for brands and manufacturers. The entire system can be run by just one operator, with cotton fabric printing capacity reaching up to 150 pieces per hour and polyester fabrics up to 98 pieces per hour.
RubyPaper is a premium microporous resin-coated photo paper developed by Germany's Felix Schoeller Group specifically for high-speed inkjet photo printing. It comes in both glossy and matte finishes, delivering the look and feel of traditional photo paper, supports full industrial inkjet printing speeds, and doesn't require lamination after printing.
Behind this material innovation is the trend of industry convergence between photo printing and commercial printing. As high-speed inkjet platforms continue to improve in output speed, image quality, and layout flexibility, the boundaries between the two fields are becoming increasingly blurred: photo labs are starting to introduce industrial inkjet equipment for large-scale production, and commercial printing companies are gradually entering the photo printing market. This convergence places dual demands on printing materials-they need to ensure professional photography-level output quality while fitting industrial production efficiency, and RubyPaper was born to meet this need.
From a technical standpoint, this photo paper combines a microporous ink-absorbing layer with a resin-coated base, allowing fast ink absorption and drying while maintaining higher optical density, a wider color gamut, and excellent detail sharpness. At the same time, it fully retains the feel and durability of traditional photo paper, with outstanding scratch resistance and aging performance.
Stomper Yet-Tee automated DTF system
The Stomper Yet-Tee automated DTF system from Brown Manufacturing Group brings a full automation upgrade, allowing a single operator to handle the entire DTF garment production process and ship finished products directly. The operator only needs to place the garment in the system, and it automatically completes all DTF processing steps, returning the finished product to the operator's station, ready for packing and shipping.
The fully automated workflow is: the system sends the design file to the DTF printer, cuts a transfer film slightly larger than the design from the roll material, transports the film to the powder coating station, and cures it in the patented FireFly curing unit. The Flipper positioning device, currently in patent application, accurately aligns the transfer film with the designated print area on the garment. Next, the garment goes into an industrial heat press for transfer adhesion, then the Stomper Peel step removes the carrier film, and finally, the finished item is tidied up and returned to the operator for shipping.
Touch7 Neon Color System v2.1
The Touch7 Neon Color System is a revolutionary color separation technology solution for the digital printing field. This technology fully unlocks the color potential of fluorescent/neon inks and toners in the printing process, helping designers and printing professionals create highly saturated, visually striking graphic works that go beyond the color range of standard CMYK.
Touch7 Neon can automatically match neon colors and soft pastel effects for design works. Operators don't need deep color expertise or to do a lot of manual color separation to achieve stunning neon print results. The system is fully compatible with digital and traditional printing devices that use neon/fluorescent inks or toners.
The system integrates deeply with Adobe Photoshop, offering intuitive plugins and action tools that can automatically recognize and separate neon color elements in images. By maximizing the color performance of neon inks, Touch7 Neon helps printing service providers create differentiated products and produce printed materials with extreme vibrancy and visual impact.