Ceramic plates are not commonly used in flexography printing due to their hardness and inflexibility.

The doctor blade is a thin, flexible blade that scrapes across the printing plate, removing excess ink and ensuring that only the desired amount of ink is transferred to the substrate.

Electron beam curable inks are not commonly used in flexography printing due to the high cost and complexity of the curing process.

The impression cylinder is a large, rotating cylinder that presses the substrate against the printing plate, transferring the ink from the plate to the substrate.

Wood is not a common substrate for flexography printing due to its uneven surface and tendency to absorb ink.

The anilox roll is a rotating cylinder that is engraved with a pattern of tiny cells. These cells hold a controlled amount of ink, which is then transferred to the printing plate.

Rotary presses are not commonly used in flexography printing due to their high cost and complexity.

The drying oven is a heated chamber that cures the ink on the printed substrate, making it resistant to smudging and abrasion.

Books are not a common application for flexography printing due to the high quality and detail required for book printing.

The ink fountain is a reservoir that holds the ink that is transferred to the printing plate by the anilox roll.

Screw mounting is not a common plate mounting system for flexography printing due to the potential for damage to the printing plate.

The impression cylinder is a large, rotating cylinder that presses the substrate against the printing plate, transferring the ink from the plate to the substrate.

Rotary presses are not commonly used in flexography printing due to their high cost and complexity.

The drying oven is a heated chamber that cures the ink on the printed substrate, making it resistant to smudging and abrasion.

Books are not a common application for flexography printing due to the high quality and detail required for book printing.