Project: BleedMaster
Author: Frank Wurtz
First publication: June 2026
Status: Public
Version: 1.0
Email: datensicherung.mtb@gmail.com
Bleed generation has been an essential part of professional print production since the beginning of the graphic arts industry.
Every printed product extending to the trim edge requires image information beyond the final page size to compensate for cutting tolerances.
Over many decades, numerous manual techniques, automated workflows and software solutions have been developed to generate bleed automatically. These methods have significantly improved production efficiency and remain an essential part of modern prepress.
Although existing methods successfully extend image information beyond the trim edge, they all share a common visual limitation.
The bleed strips surrounding the page may appear acceptable when viewed individually. However, the corner areas where these strips meet generally fail to produce a visually seamless continuation of the original image.
This limitation has existed throughout the history of modern graphic arts and has largely been accepted as an inherent characteristic of bleed generation.
BleedMaster introduces a fundamentally different approach.
To the best of our knowledge, this is the first publicly documented solution capable of producing:
The result is a continuous visual appearance beyond the trim edge while preserving the integrity of the original page content.
The method has been successfully tested over an exceptionally wide operating range.
The underlying concept is scalable beyond these tested limits.
This Technical Note documents the existence of the achieved result.
The underlying geometry, mathematical principles and implementation remain intentionally undisclosed. Only the achieved capabilities and validated results are presented in this publication.
BleedMaster represents a new approach to a problem that has existed since the beginning of the graphic arts industry.
This Technical Note serves as the first public documentation of the achieved result while intentionally withholding the implementation itself for future technical publications.
Keywords: bleed generation, seamless bleed, corner continuity, mirrored bleed, scaling, stretching, mirroring, prepress, PDF production, RIP, CTP.