
DuPont Cyrel Solutions is one of the participants of the 31st edition of EskoWorld, a hybrid event that will bring together over 500 professionals, from both suppliers and brand owners, on 7-9 June at Gaylord Texan Resort (Dallas area).
This annual event gathers Esko users from around the globe to collaborate on accomplishments, discuss shared obstacles, enhance their knowledge of Esko solutions, and share industry best practices. Attendees can see and hear industry trends, be able to influence Esko solution roadmaps, and will have networking opportunities.
Presentation will also be focusing on DuPont’s lightning plates
On 8 June, Bradley Gasque, Flexo Application Consultant for DuPont, presented ‘Cyrel Lightning Plates – Achieving the balance between platemaking productivity and print quality when using Esko’s XPS exposure’. The presentation focused on the most recent launch of DuPont Cyrel Solutions, the Lightning plates that were optimized for LED exposure to address the challenges between productivity and quality. During this session, Brad will also explain why optimizing plates when using the XPS compared to conventional bank exposure units is important and share some of the success cases seen globally, highlighting the benefits in the different types of applications.
“We are honored to present at EskoWorld the winning technology of the FTA Innovation Award 2022. The Cyrel Lightning plate family is optimized for UV-LED exposure units to use this system’s capabilities fully. The benefits of the plates include a further optimized match between access time and plate performance while not compromising the print quality. Previously, exposure settings on UV-LED units often had to be adjusted for either higher quality or shorter access time. The Cyrel Lightning plates challenge this as they were formulated from the ground up with UV-LED exposure characteristics in mind. The Cyrel LSH is the first photopolymer plate of the Lightning family. It is solvent processable and currently available in 045 and 067 thicknesses”, explains Gasque.