See how periodic non-ejection vibration stirs nozzle ink to prevent aggregation from volatile p
See how vibration-applied contact protrusions loosen fiber bundles after printing to improve fa
See how helical motion of printheads along a shaft-mounted cylindrical fabric maintains consist
See how a control device determines washing conditions from printing step data to ensure consis
Using two same-type motors at opposite carriage ends simplifies feedback control while maintaining high-speed, accurate motion for heavy printheads.
Opposed guide members align a flat cable from both sides to prevent oblique or shifted insertion into a print head port.
Periodic timing correction based on encoder-derived position suppresses printing unevenness and improves image quality in image forming apparatuses.
Two motors with the same drive characteristics and position feedback move a heavy printhead quickly and accurately without mixed-motor control complexity.
Encoder-guided rail printing automates overhead hoist mark placement, improving accuracy, cutting labor, and reducing particle scatter.
Alternating lubricating and non-lubricating roller sections reduce carriage friction while limiting excess lubricant that can degrade print quality.