Abstract: A unitary tag article is provided that may be characterized as a one-piece elastic sheet. The one-piece tag includes a fastener portion and a label portion that are formed from the same elastic sheet. The fastener portion is adapted to fasten onto an item, and the label portion is adapted to identify the item or provide information about the item. In one or more embodiments, the one-piece tag may serve a dual purpose of bundling items and identifying or providing information about said items.

Abstract: A unitary tag article is provided that may be characterized as a one-piece elastic sheet. The one-piece tag includes a fastener portion and a label portion that are formed from the same elastic sheet. The fastener portion is adapted to fasten onto an item, and the label portion is adapted to identify the item or provide information about the item. In one or more embodiments, the one-piece tag may serve a dual purpose of bundling items and identifying or providing information about said items.

Abstract: Printed elastic bands are made by piercing, evacuating and flattening an elastic tubing and washing and scrubbing and drying the upper surface of the tubing, aligning a tubing on a conveyor and moving the tubing upward toward a printing head and quickly downward away from the printing head while maintaining the tubing flattened. The printing is devolatilized and cured while the tubing continues to move to the cutoff point. Nip rollers drive a tubing onto a cutoff platen, a final roller near the edge of the platen has a higher surface speed than the nip rollers to flatten the tubing. Printing on the tubing is sensed and rotating knives are sensed and the speed of the nip rollers is controlled to cut the tubing between the printed areas. Severed printed bands are removed by vacuum and are discharged from a cyclone separator.

Abstract: Printed elastic bands are made by piercing, evacuating and flattening an elastic tubing and washing and scrubbing and drying the upper surface of the tubing, aligning a tubing on a conveyor and moving the tubing upward toward a printing head and quickly downward away from the printing head while maintaining the tubing flattened. The printing is devolatilized and cured while the tubing continues to move to the cutoff point. Nip rollers drive a tubing onto a cutoff platen, a final roller near the edge of the platen has a higher surface speed than the nip rollers to flatten the tubing. Printing on the tubing is sensed and rotating knives are sensed and the speed of the nip rollers is controlled to cut the tubing between the printed areas. Severed printed bands are removed by vacuum and are discharged from a cyclone separator.

Abstract: A method and apparatus for making printed elastic bands from elastic tubing. The tubing is conveyed, perforated for exhausting fluid therefrom, flattened, cleaned, dried, printed and cut into printed elastic bands.