Slide 1
A tool cuts the line
Engraving uses a sharp steel tool called a burin to cut into a metal plate. The artist makes the groove directly.
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This differs from etching, where acid acts on exposed metal. Both can produce recessed printable lines, but their different tools and processes affect the character of the mark.
Slide 2
Pressure shapes the stroke
Changing the burin's pressure alters the width of an engraved line. The tool can create a controlled swelling and tapering mark.
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The engraver may turn a supported plate while guiding the tool. Curves therefore result from coordinated movement of the metal and cutting instrument, not simply drawing with a pen.
Slide 3
Many lines create a tone
Engraved shading can be built from networks of lines. Hatching and crossing strokes make areas appear darker without filling them with solid paint.
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Spacing matters alongside line width. Dense cuts hold a different visual concentration of ink from open passages, allowing the maker to model form through a structured pattern.
Slide 4
Ink remains in the cuts
The plate is inked and its surface wiped. Ink held in the recessed engraving transfers to paper under the pressure of a press.
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Damp paper can enter the cut lines more readily. The sheet's preparation is therefore part of successful printing, not merely a choice of background for the finished image.
Slide 5
The impression reverses the plate
An engraving's printed image faces the opposite way from its plate. The transfer creates a mirror relationship between the two surfaces.
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This matters when a print includes words or reproduces another composition. The engraver must account for the reversal if a particular direction is required in the final impression.
Sources
- Engraving materials and techniques
Metropolitan Museum of Art
- The Art of Renaissance Europe: a resource for educators
Metropolitan Museum of Art