Ink on the printhead nose is usually not a dead printhead. Clean the nozzle plate, park the carriage, and then read when the drip comes back: while idle, mid pr
Read MoreEvery KM1024i variant measures the same on the bench, so the label decides which one your machine needs. This breaks the lineup by drop size, firing frequency a
Read MoreBuy for the failure your VJ-1624 actually has, not for a catalog page. The head is shared across three models, the dampers cross even wider, and a hardened cap
Read MoreA printhead that mounts perfectly can still be built for the wrong ink chemistry, and the damage usually shows up weeks later as deflection, seal swelling and d
Read MoreMost shops flush too rarely, then flush too hard when something finally breaks. This guide separates a line flush from an ordinary cleaning cycle, gives three s
Read MoreA failing cap and a failing printhead look identical on a nozzle check, which is why so many good heads get replaced for no reason. This guide gives the daily w
Read MoreThe code on a printhead is not a secret, it is just not standardized. Photograph the label, split the string into blocks, and read from the front instead of the
Read MoreGen5 and Gen6 look like siblings on the bench and behave nothing alike in production. One buys ink latitude and forgiveness, the other buys finer detail and far
Read MoreThe new ink is usually innocent. Most color shifts after an ink refill come from media, profile, incomplete flushing, or mechanical drift that the ink change me
Read MoreBanding is a measurement, not a mystery. Measure the distance between consecutive bands, compare that pitch with the feed step of your pass mode, and the machin
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A practical guide to the differences between i3200-A1, E1 and U1 printheads, including ink type, applications and compatibility.
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