Photoengrave: meaning, definitions and examples
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photoengrave
[ ˈfoʊtəʊɪnˌɡreɪv ]
artistic process
Photoengraving is a printing process that uses photographic techniques to etch an image onto a metal plate. This method allows for high-quality reproduction of images and is commonly used in the production of illustrations and designs for various print materials. The process typically involves exposing a light-sensitive coating on a plate to a photographic negative, followed by chemical etching to create the desired image. Due to its precision and detail, photoengraving has been a preferred method for producing fine art prints and high-resolution illustrations.
Synonyms
photoetch, photographic engraving.
Examples of usage
- The artist decided to photoengrave the image onto a copper plate.
- Photoengrave a design for the upcoming exhibition.
- We will photoengrave these photos into the metal.
Translations
Translations of the word "photoengrave" in other languages:
🇵🇹 foto-gravura
🇮🇳 फोटोएंग्रेव
🇩🇪 Fotoätzung
🇮🇩 foto etsa
🇺🇦 фото-гравюра
🇵🇱 fotograwura
🇯🇵 フォトエングレービング
🇫🇷 photo-gravure
🇪🇸 fotoengraving
🇹🇷 foto gravür
🇰🇷 사진 각인
🇸🇦 نقش الصورة
🇨🇿 fotogravura
🇸🇰 fotogravúra
🇨🇳 照片雕刻
🇸🇮 fotogravura
🇮🇸 myndaskurður
🇰🇿 фото гравюра
🇬🇪 ფოტო რელიეფი
🇦🇿 fotoqrafik
🇲🇽 foto grabado
Etymology
The term 'photoengrave' combines 'photo', derived from the Greek word 'photos' meaning light, with 'engrave', which comes from the Latin 'gravare', meaning to carve or engrave. The process of photoengraving developed in the early 20th century as photographers and printmakers sought a method that could more accurately reproduce detailed images. Unlike traditional engraving techniques, which relied solely on manual tools, photoengraving utilized photographic technology to transfer images onto metal plates. This innovation significantly enhanced the quality and detail of printed illustrations, making it an essential technique in the fields of publishing and fine art. As technology evolved, photoengraving methods adapted, incorporating advances such as digital imaging and laser etching, while still holding on to the fundamental processes established over a century ago.