Segmented nozzle sections insert a buffer zone that extends base layer drying time, preventing ink bleeding during high-speed printing.
Integrating digital and flocking stations on an oval guide path eliminates transfer time while maintaining positioning precision.
Optical sensors detect first swath position, enabling a sub-carriage to rotate and translate for precise second swath alignment.
Time division driving of inkjet recording head nozzles corrects bidirectional scanning displacement to suppress image density fluctuations.
A print head sensor captures printed swaths to measure relative shift for real-time linefeed calibration.
A planar cross structure with side supports uses tensioning components to transmit force parallel to the side edges.
A liquid ejecting apparatus controller executes nozzle flushing only when the interval between recording processes exceeds a threshold.
End-to-end print head array reduces liquid-to-liquid interaction and gloss banding artifacts while maintaining throughput.