Dynamic feed roller acceleration prevents double feeding and jamming in mixed envelope batches by adapting friction force to stack weight.
Segmented paper feed rolls driven by independent servomotors accelerate rapidly to increase cardboard sheet feeding rates.
A pivoting saddle transfers folded printed products to a sewing station using undershot or overshot conveying paths.
A sheet supply controller detects adhesion member position and outer diameter to ensure reliable roll joining.
Segmented flexible dies and independent feed rollers enable accurate punching of small products, reducing manufacturing costs for low-volume production.
Separate drive motors adjust winding roller speed to control tension, reducing air bubbles that degrade lap roll quality and limit productivity.
Real-time bar code sensing adjusts fluffing air flow to resolve high-speed sheet separation inconsistencies without extensive development testing.
A sheet conveying apparatus uses a restriction unit to control the position of succeeding sheets during stacking.
Downstream air blowing removes inter-sheet air to prevent falling, resolving the contradiction between air removal efficiency and stacking stability.
An inclined abutment surface guides stuck sheets toward the drawer opening, preventing tears and simplifying jam removal.