‘OPP’ stands for “Oriented Polypropylene”, a type of plastic film. OPP film is made from polypropylene and is characterised by its orientation. The orientation of the material is achieved by a special manufacturing process in which the film is stretched to improve its physical properties.
OPP films are transparent, glossy and have a smooth surface. They offer high clarity, are tear-resistant, water-repellent and have a good barrier effect against moisture, oils and gases. These properties make OPP films versatile and they are used in various areas, especially in the packaging industry.
There are four so-called ‘finishing proof’ standards from Fogra for film lamination with OPP matt films and OPP gloss films: Fogra49 and Fogra50 for OPP film-based papers in the classic ISOCoatedV2 300% standards, and Fogra56 and Fogra57 for OPP finishing of PSOCoatedV3 prints.
PSO Coated v2 300% Matte laminate (ECI)
Profile: PSO_Coated_v2_300_Matte_laminate_eci.icc
Commercial offset printing, positive copy, AM screen with 60–80 lines/cm, followed by matt film lamination (typical OPP matt film 15 μm with medium opacity ~70%, i.e. lightening ΔL* = 6 on black spot colour after finishing), white measuring surface.
The profile is consistent with the old profiles ISOcoated_v2_eci.icc and ISOcoated_v2_300_eci.icc and shows the matching matt-finished result.
Paper: Paper type 1 and 2, glossy and matt coated image printing
Dot gain curves A (CMY) and B (K) from ISO 12647-2:2004
Characterisation data: FOGRA49L
PSO Coated v2 300% Glossy laminate (ECI)
Profile: PSO_Coated_v2_300_Glossy_laminate_eci.icc
Commercial offset printing, positive copy, AM screen with 60-80 lines/cm, with subsequent glossy film lamination (typical OPP glossy film 12-15 μm), white measuring base.
The profile is consistent with the old ISOcoated_v2_eci.icc and ISOcoated_v2_300_eci.icc profiles and shows the matching glossy result.
Paper: Paper types 1 and 2, glossy and matt coated image printing, dot gain curves A (CMY) and B (K) from ISO 12647-2:2004
Characterisation data: FOGRA50L
PSO Coated v3 Matte laminate (ECI) New 2020
Profile: PSO_Coated_v3_Matte_laminate.icc
The ECI offset profile PSO_Coated_v3_Matte_laminate.icc is based on the characterisation file ‘FOGRA56.txt’ and applies to the following printing conditions in accordance with international standard ISO12647-2:2013: Commercial offset, premium coated paper, tone value increase curve 2013-A, followed by matt film lamination (typical OPP matt film 15 μm with medium opacity ~70%, i.e. lightening ΔL* = 6 on black spot colour after finishing), white measurement substrate. The profile is consistent with the PSOcoated_v3.icc profile and shows the corresponding gloss-finished result. The profile was calculated using Heidelberg ColorToolbox 2019 with the following settings: black length 9 (starting point 10%), black width 10, max. area coverage 300%, max. black 96%.
Characterisation data: FOGRA56.txt
PSO Coated v3 Glossy laminate (ECI) New 2020
Profile: PSO_Coated_v3_Glossy_laminate.icc
The ECI offset profile PSO_Coated_v3_Glossy_laminate.icc is based on the characterisation file ‘FOGRA57.txt’ and applies to the following printing conditions according to the international standard ISO12647-2:2013: commercial offset, premium coated paper, dot gain curve 2013-A, with subsequent gloss foil lamination (typical OPP gloss foil 12-15 μm), white measuring substrate. The profile is consistent with the PSOcoated_v3.icc profile and shows the matching gloss-coated result. The profile was calculated using Heidelberg ColorToolbox 2019 with the following settings Black length 9 (inset point 10%), Black width 10, max. area coverage 300%, max. black 96%.
Characterisation data: FOGRA57.txt
Digimarc is a digital watermark that can be used to embed information in images, videos or other media. Digimarc watermarks are invisible to the human eye, but remain recognisable to special software or devices. Digimarc is becoming increasingly popular in the packaging sector in particular, as this technology allows the digits of the EAN barcode and more to be applied invisibly to all areas of the packaging. Digimarc and EAN barcode at the supermarket checkout When scanning at the checkout, the checkout staff do not have to search for the … read more
RGB colour spaces are colour systems that represent different hues with the three primary colours red, green and blue. RGB colour spaces are used in digital image processing, photography and computer technology to precisely define colours. The most important RGB colour spaces and their special features are: sRGB sRGB is the most widely used RGB colour space and is used by most monitors, printers and digital cameras. It was developed by HP and Microsoft in the 1990s to create a standard for colour representation on the internet and on various … read more
Peter Jäger is an expert in colour management that reliably works across the boundaries of printers and monitors, web and print – essentially: cross-media.
A few days ago Proof GmbH was the first company to be certified for proofing for the new 7C exchange colour space FOGRA55. Fogra has developed characterisation data for extended multicolour printing with the printing colours CMYKOGV – i.e. cyan, magenta, yellow, black (contrast), orange, green and violet – FOGRA55 as part of a research project over the past few years. The characterisation data and the ICC profile Ref-ECG-CMYKOGV_FOGRA55_TAC300.icc have been published on the Fogra website in recent weeks. We have now carried out the certification via GMG ColorProof, as … read more
Anyone who has reinstalled or updated their i1 Profiler app in the last few weeks has been confronted with disturbing news: X-Rite announced directly in the start window that it would no longer support its enormously popular i1Display and i1Pro2 devices. Users of the i1Pro 2 devices and i1iO 2 tables, which are extremely popular in printing and colour management, will be particularly hard hit by the announcement: An investment of €6,000 is quickly consigned to the electronic scrap heap. But what can you do if you own such a … read more
The most important colour management event takes place every two years in Munich: the Fogra Colour Management Symposium. Once again this year, all professionals are invited to make the pilgrimage to Munich: two days of lectures, discussions and a Bavarian evening await participants. Matthias Betz, owner of proof.de, will also be there again: for many years, he has been taking advantage of the opportunity to exchange ideas with colleagues and friends, learn about new technologies, hardware and software, and talk to colleagues from Fogra, freieFarbe, GMG and many more. In … read more
Adobe products are ideal for image retouching and layout and handle RGB and CMYK colour profiles very well. However, when editing and retouching grayscale images, for example for a black-and-white photo book, the experience is quite different. Suddenly, images look completely different in InDesign than they do in Photoshop, and even when exporting the image to PDF, greyscale images are suddenly treated differently. This article explains where the problems lie with black-and-white images and greyscale profiles in InDesign and Photoshop layouts, and how you can work in a more ‘colour-accurate’ … read more
In the current issue of Fogra News “Fogra Aktuell” Proof GmbH is involved in two places. Firstly, a summary of the Fogra report on our first FOGRA55 certification for seven-colour printing with extended colour space in CMYKOGV appeared. You can also find more information on our FOGRA55 certification on the Fogra website: https://fogra.org/en/press-releases/fogracert-erste-cpc-zertifizierung-fuer-fogra55-cmykogv-330 and on proofing.de: And secondly, there was a report on the completion of the research project for textile digital printing, FOGRA58, in which we were allowed to investigate and test the proof capability of the new textile … read more
Whether it’s a large global corporation or a small company, the following often applies to designs or redesigns today: we develop everything for digital first.
A new generation of colour measuring devices is entering the market: in contrast to the classic measuring devices, which are available as a fully encapsulated system either as a colourimeter or as a spectrophotometer, and then supply the data to a computer via an interface or app or display it directly, the new generation of colour measuring devices consist only of lighting and software, with the optics of a modern iPhone from Apple being used as the sensor. Until now, there have been two categories of measuring devices on the … read more