New packaging at Proof.de

Proof.de has introduced new packaging for proofs up to DIN A4+ and from A3.

The new A4+ packaging are made of high quality Chromosulfatcardboard with 450gr/m² weight and provided with a pull tab. They can be fitted on the front either with an adress label and postage stamp or for express shipments with a DHL Express label, as shown in the picture below. For shipping abroad we use to send via world letter large with registered mail, which is now directly printed as an adress label with stamp.

Die neuen Proof Verpackungen von Proof.de: Ab sofort sind Ihre Proofs noch besser geschützt.

The new cardboard shipping sleeves are slightly slimmer than before and also provided with a comfortable pull-tab. The new address labels are easy to recognize as of Proof.de. For the different formats between Proof DIN A3 and DIN A0 + they are available in various lengths and are each used appropriately according Proof size. They are used with DHL shipping labels for the standard shipping and express delivery.

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Reproduction of anaglyph images and line drawings

Already a few weeks ago we received an unusual request: The musician and aspiring art student Tobias Weh from Osnabrück experimented with line drawings based on anaglyphs and achieved very good results on the monitor. He created superimposed line drawings, which then delivered a different image when viewed through the left eye than when viewed through the right eye. The question was whether this could be reproduced better with the high color range of a proofing system than with a simple domestic inkjet printer.

Since such questions are of course very interesting at first sight, we were quickly prepared to support Mr Weh in his work. To get closer to the matter, we use an i1 Pro 2 and BabelColor Color Translator & Analyzer to measure the spectra for the two films, which are transmitted through standard anaglyph glasses.

Anaglyphenbrille - Durchgelassenes Spektrum der beiden FolienActually a very satisfactory result. By choosing two colours as printing in the spectral ranges of 450 to 500 nanometres for blue and 650 to 700 nanometres for red, it should actually be possible to achieve quite a good result. (more…)

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  • Proof GmbH
    Gölzstraße 17
    72072 Tübingen
    Baden-Württemberg
    Germany
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