The reliance on proven PDF processing means fewer re-plates and higher accuracy on press.
Built upon the same industry-leading, proven , Evo 6.1.3 offers specialized, fast-processing capabilities that are flexible enough to connect to various output devices, including CTP platesetters and digital front ends. Key characteristics include:
What (CTP platesetters, digital presses, proofers) are you driving with it?
Is your shop still running Prinergy Evo 6.1.3? Share your experience with the latest hotfixes in the comments below. If you are considering an upgrade, contact a Kodak reseller for migration paths to Evo 7.0. prinergy evo 6.1.3
Kodak Prinergy Evo 6.1.3 is a mid-range prepress workflow solution designed for print shops that require high-performance PDF processing without the complexity of a full database-driven system like Prinergy Connect. Version 6.1.3 serves as a stable, legacy-adjacent release within the v6 series, primarily focused on refining PDF stability and streamlining output to CTP (Computer-to-Plate) and proofing devices. Core Functionality PDF-Based Processing
The interface is intuitive for veteran prepress technicians, requiring less retraining than a jump to a completely different platform. Optimization Tips for 6.1.3
Applies precise, automated vector trapping to prevent registration shifts on press. The reliance on proven PDF processing means fewer
Allows operators with limited experience to create and link workflow steps from input to output easily. Job Intent Window:
: Addresses known issues from previous 6.x builds, particularly concerning interface responsiveness and connectivity with newer output devices. Why Choose Prinergy Evo 6.1.3?
Allows multiple prepress operators to control the queue via the Prinergy Evo Client software. Is your shop still running Prinergy Evo 6
[Incoming PDF] ➔ [Refine Process (Preflight/Color)] ➔ [Automated Trapping] ➔ [Imposition (Preps)] ➔ [Output to Plate/Proof] Build Robust Refine Process Templates
: Utilizes Kodak’s industry-standard geometric trapping algorithms for flawless registration.