Solimar Systems, Inc., a leading provider of workflow software solutions for print production and digital communications, announces their participation with partner Kyocera at Print4All 2025 (May 27-30) in Pavilion 9, L01 M10, at the Fiera Milano, Italy.
Solimar staff will demonstrate their innovative Chemistry platform, which efficiently converts AFP, IPDS, and PDF print files into optimized PDF output. This optimized output is specifically designed to drive the Kyocera TASKalpha Pro15000c, TASKalfa Pro 15000cB, and TASKalfa Pro 55000c cut-sheet inkjet printers via JDF job tickets, ensuring maximum efficiency and print quality while maintaining full document fidelity.
Solimar’s Chemistry platform enables print operations to streamline their workflow, reduce processing time, and enhance output quality across various document types. The solution has been implemented in numerous printing facilities across Europe and worldwide, helping organizations significantly improve their production processes.
“Our Chemistry platform has transformed how our customers handle complex document conversion requirements. The seamless integration with Kyocera’s TASKalpha Pro printer series demonstrates the power of strategic partnerships in delivering end-to-end solutions for the printing industry,” says Jamie Walsh, sales manager EMEA & APAC, Solimar Systems, Inc.
Print4All 2025 represents a key opportunity for industry professionals to experience firsthand how Solimar’s solutions integrate with leading print hardware to create efficient, cost-effective workflow environments. The international exhibition is dedicated to the entire printing and converting sector and runs alongside IPACK-IMA and INTRALOGISTICA ITALIA at Fiera Milano.
“We’re excited to join Kyocera at Print4All 2025 to showcase how our Chemistry platform optimizes output for their cutting-edge printers. This collaboration highlights our commitment to enhancing print workflow efficiency and demonstrates the value we bring to production print and mail environments,” adds Walsh.
