Abstract: Disclosed is a jet printing method, which includes firing printing fluid drops and deflecting them. The drops are then deflected again in a second direction, which can allow them to be deposited in a collimated swath. Also disclosed is dynamically adjusting the deflection to achieve a dynamic swath density and/or a dynamic swath width.

Abstract: Disclosed is a jet printing method, which includes firing printing fluid drops and deflecting them. The drops are then deflected again in a second direction, which can allow them to be deposited in a collimated swath. Also disclosed is dynamically adjusting the deflection to achieve a dynamic swath density and/or a dynamic swath width.

Abstract: Disclosed is a jet printing method, which includes firing printing fluid drops and deflecting them. The drops are then deflected again in a second direction, which can allow them to be deposited in a collimated swath. Also disclosed is dynamically adjusting the deflection to achieve a dynamic swath density and/or a dynamic swath width.

Abstract: Disclosed is a jet printing method, which includes firing printing fluid drops and deflecting them. The drops are then deflected again in a second direction, which can allow them to be deposited in a collimated swath. Also disclosed is dynamically adjusting the deflection to achieve a dynamic swath density and/or a dynamic swath width.

Abstract: Disclosed is a continuous ink jet printing apparatus and related method. The method can feature deflecting a first stream of ink drops to create a first deposition pattern, and deflecting a second stream of ink drops to create a second deposition pattern that overlaps at least in part with the first deposition pattern. Print density can be adjusted for drops corresponding to a region of overlap between the first and second deposition patterns.

Abstract: Calibration apparatus is disclosed for a jet printer including a recording medium support having a support surface, and at least one nozzle that is operative to emit an ink jet toward the support surface and is movable along the support surface in a translation direction. The apparatus includes a probe positioned proximate the support surface that includes a plurality of edge portion pairs separated by different distances in a direction along the translation axis, and located at different distances along a test direction perpendicular to the translation direction and proximate the support surface. The apparatus also includes detection circuitry responsive to the probe, and calibration logic responsive to the detection circuitry and having a calibration result output.