Auraia 6 Screening
Digitally Modulated Screening from Hamillroad Software Ltd.
Auraia 6 Screening, so named after the Greek word for beautiful - ωραίος - is the third release of Hamillroad's second generation “Digitally Modulated” or DM screening. Auraia 6 perfects stochastic screening as it not only achieves the high level of image detail long associated with FM stochastic screening, but also produces ultra-smooth flat tints that are as smooth as (or usually smoother than) AM conventional screening.
Taking advantage of the immense computing power now available, DM screening is so named because it digitally modulates each and every pixel it produces, precisely controlling not only the dots in each separation, but also between the separations so as to completely eliminate noise. It does this through the use of a "stochastic rosette", which interleaves the screens in all the separations. By doing so, it eliminates noise (and moiré). The "stochastic rosette" also maximizes the amount of ink-on-paper and minimizes the amount of ink-on-ink, which expands the available color gamut whilst eliminating color shifts on misregistration.
High quality prints equivalent to 400-500 lpi
Moiré free - both screening and content
Highlight dots down to 0.01%
Shadow dots up to 99.99%
Extremely smooth vignettes and flat tints
Works on violet, UV and thermal systems
Potential ink savings of up to 20%
Large minimum dot size of 15-30 µm
Easy to plate and print on press
Retains input image detail of 600-800 dpi
Fully optimized 64-bit version for HMR-10
The screening analyzes each pixel it produces to ensure that no dot is too small to plate or print, no ‘non-dot’ is too small to fill-in and no dot or ‘non-dot’ is too large so as to be visible. Dots are created in a carefully controlled manner, to ensure detail is placed exactly where it is needed, vignettes are smooth and flat tints are, well ‘flat’. It cleverly modulates each pixel based on a deep understanding of laser optics, plate technology, printing press behavior and ink flow to ensure that dot gain is eliminated, resulting in the complete removal of patterning artifacts and graininess.
The result of this is a quality of print, especially on violet devices, that was previously unachievable.
Based on years of research and experience, the patent pending screening represents a fundamental change in the expectation a printer should have on the quality of print that is achievable. No longer are printers restricted by issues with moiré, reregistration, rosette drift, color shifts, banding, dot gain, dot loss, shadow loss, etc... but they are free to do what they do best - print ‘beautiful’ pages.
Supported Harlequin RIPs
Harlequin RIP versions 8.3 (Plus Server RIP)
Harlequin RIP version 9 (Plus Server RIP)
Harlequin RIP version 10 (Multi-RIP, both 32-bit and 64-bit)
Supported Operating Systems
Windows XP / Vista / 7 / 8 / 8.1
Mac OS X (Intel) 10.2 - 10.8
Tested / supported devices
Agfa Advantage - 1270 dpi Heidelberg Suprasetter - 2540 dpi
Agfa Polaris - 1270 dpi Heidelberg Topsetter - 2400 dpi
Agfa Acento - 2400 dpi Highwater Cobra - 2540 dpi
Agfa Avalon - 2400 dpi Highwater Python - 2540 dpi
Agfa Xcalibur - 2400 dpi Kodak Gen IV News-1200, 1270 dpi
Basysprint (710S, 741 and 851-F) - 1500 dpi Kodak Lotem - 2400 dpi
Creo Trendsetter News - 1200 dpi Kodak Magnus - 2400 dpi
Creo Trendsetter - 2400 dpi Kodak Trendsetter - 2400 dpi
Dotline - 1270 dpi Kodak Quantum - 2400 dpi
ECRM News /Newsmatic/Newsmax - 1270 dpi Screen PTR-4x00 / 6x00 /8x00 - 2400 dpi
ECRM Nautilus - 2400 or 2540 dpi Screen Ultima - 2400 dpi
EscherGrad Cobalt - 2540 dpi
FFEI Alinte 8 - 2400 or 2540 dpi
FFEI Luxel - 2400 or 2540 dpi
Other CtP devices are currently being tested / qualified and will be added to this list shortly.