06/04/2026
Gravure printing presses live and die by two numbers: registration error and doctor blade line count. When either drifts beyond tolerance, the entire shift's output becomes waste. Here is the production-floor breakdown of what causes eac...
06/04/2026
A field reference covering the most common defects in plastic gravure printing, dry lamination, and extrusion lamination — with root causes and corrective actions for each. Part 1: Gravure Printing Defects 1. Doctor Blade Streaks / I...
06/03/2026
Blocking — ink transferring from the printed surface to the back of the next layer after winding or stacking — is one of those defects that passes inline inspection and fails later, at lamination or pouch-making. By the time it's discove...
06/02/2026
Highlight dot loss in gravure — those pin-sized white voids that appear in light tints, gradients, and fine vignettes — is one of the most reported defects in plastic film printing. The root cause is always a failure of ink transfer at t...
06/01/2026
Waterless offset eliminates the dampening system — no fountain solution, no ink-water balance to manage. That simplification removes one set of variables and introduces another. The silicone-coated plate surface can't be scraped clean th...
06/01/2026
Process-color gravure — gradient work, vignettes, light tints — is where gravure's quality advantage either proves itself or falls apart. Uneven tone in these areas has two distinct forms: gradient bridging and light-area mottle. Each ha...
05/30/2026
Registration fluctuation — where the print randomly jumps in and out of alignment during a run — is harder to diagnose than steady-state misregistration because the fault is intermittent. It comes from one of three domains: the electroni...
05/29/2026
Gravure blocking — the print surface feels dry to the touch, but after winding or stacking, the ink transfers to the back of the adjacent layer — is one of those defects that passes inline inspection and only reveals itself days later, w...
05/28/2026
Plate blocking — dried ink accumulating in engraved cells until transfer rate collapses — is the defect that feeds on itself. Once a cell is partially plugged, less ink transfers, more dries in place, and the remaining open cell area shr...