Xeikon’s newest version of its X-800 digital front-end (DFE) incorporates the latest RIP technology available from Adobe and supports the Adobe Mercury RIP Architecture. This enables digital printers, whatever their specialty and however complex their jobs, to process their print jobs in the fastest, most flexible and secure manner possible.
Jeroen Van Bauwel, Director Product Management at Xeikon commented, ‘We are delighted that our collaboration with Adobe has resulted in the Xeikon X-800, version 4.0, now fully Adobe certified for the Mercury RIP Architecture. Passing the rigorous qualification process is an important achievement, and we are pleased with the recognition from Adobe that our workflow is tuned for optimal efficiency and performance. The Xeikon X-800 4.0 DFE will bring added value to a wide range of customers, from label and packaging converters to customers with high-volume data throughput requirements, reducing the amount of job preparation time required for even the most complex work.’
The release of the Xeikon X-800 4.0 DFE offers special advantages for complex tasks such as those involving multiple transparent print layers; high-level security and brand protection features that demand the highest-possible resolution; and sophisticated variable data work.
Mark Lewiecki, Adobe Senior Product Manager, outlines the benefits of the collaboration between Xeikon and Adobe. ‘The Mercury RIP Architecture will dramatically raise productivity levels for Xeikon customers running high-volume Variable Data Printing (VDP) jobs,’ he said. ‘This will enhance the value of the PDF Print Engine, which is the number one imaging technology in the graphic arts. The Mercury RIP Architecture is a scalability platform which takes full advantage of multiple CPU cores in modern servers to accelerate overall job throughput in print production workflows.’
When the Adobe PDF Print Engine is configured in the Adobe Mercury RIP Architecture, a wide variety of print jobs on all of Xeikon’s digital presses, from documents to labels, folding cartons and other packaging applications, will benefit from streamlined processing time in generating ready-for-print bitmaps. The processing of jobs, pages or complete signatures occurs in parallel, and can be load-balanced to ensure that no CPUs are idle while files are waiting to be rendered. Mercury can be configured to dynamically allocate some CPUs to a rush job, while other CPUs will continue to work on processing the routine work.
The advanced capabilities of the Mercury RIP Architecture complement Xeikon’s X-800 unique built-in metadata module, which enables variable data jobs to be defined entirely on the press. To enable tracking of production from print to delivery or to prevent counterfeiting, the X-800 allows the dynamic addition of production data or other variable elements such as sequential numbers or barcodes to already RIPped documents. The X-800 also features automatic printer calibration, density control and registration adjustments for excellent colour stability and consistent output quality, and even allows post-RIP colour adjustment during printing, minimising downtime while offering great flexibility in ensuring continuously consistent quality.
‘We value our long-standing partnership with Xeikon, which pioneered digital printing more than 20 years ago,’ Lewiecki added. ‘We welcome Xeikon’s continuing leadership, demonstrated by its early adoption of the Mercury RIP Architecture in version 4.0 of the Xeikon X-800 DFE.’
The Xeikon X-800 version 4.0 update is available end of this month to all current Xeikon press owners and will be incorporated in all new press shipments.