A sheet position detection apparatus uses a reflective roller face to fold the optical path for accurate end sensing.
Vacuum belts grip carton blanks while castered wheels apply lateral force, resolving alignment accuracy versus speed predictability contradictions.
An alignment roller intermittently contacts documents to move them against a fixed surface before feeding.
Motorized mechanisms shift feeder trays laterally to resolve alignment errors, maintaining registration accuracy during high-speed print jobs.
Drive system rotates skew rollers at differential speeds to align print media, eliminating costly hardware additions required for job offset sorting.
Dynamic flag positioning prevents material deformation and plot damage during high-volume printing.
Detection sensors trigger tentative stops or deceleration of the drive motor to prevent overrun and jamming when feeding small sheet stacks.