The hallmark of photogravure lies in the continuous tone achieved through the varying depths of the etched cells, which allows for subtle gradations that are impossible with halftone dots. However, each of the steps above introduces stresses—thermal, mechanical, and chemical—that can later manifest as cracks.
A set of Soviet photogravures printed on high‑alkaline paper displayed a distinctive network of radial cracks. Post‑mortem analysis revealed that the press’s steam‑heated blankets created rapid temperature gradients, and the ink formula—rich in turpentine—evaporated too quickly. The resulting cracks became a hallmark of the series, later celebrated for their “industrial vigor.” photograv crack
By using the Official Software, you gain access to technical support, regular updates for new laser models, and the peace of mind that your workstation is secure. The hallmark of photogravure lies in the continuous
A contemporary atelier employed a low‑viscosity, UV‑curable ink for gravure prints. By exposing the ink to a brief UV burst after printing, they “froze” the ink matrix, preventing shrinkage‑induced cracks. The prints remained free of fissures after 18 months of archival storage, demonstrating a viable modern solution. By exposing the ink to a brief UV
Photogravure (also called “gravure” or “photomechanical intaglio”) proceeds through several distinct stages:
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