Abstract: A method is provided for bagging produce in sealed bags in an automated manner. The method comprises the following steps. A pair of thermoplastic sheets are advanced along a process line with the sheets being in parallel, abutting relation. A longitudinal seal line is formed between the sheets near to but spaced from the lower edges thereof to define a bag header. Transverse slits are formed in both of the sheets together, with the edges of the slits being heat sealed, as with a hot knife, to form separate bags between the slits. The slits extend across the lower edges of the sheets, but are spaced from the upper edges. Thus, the sheets remain integral despite the formation of multiple bags therein. Produce is dropped between the thermoplastic sheet upper edges into the bag. The bags then may be horizontally slit to substantially intersect the transverse slits and to separate a horizontal strip of the sheets including the upper edges, while bottom-supporting the bags.

Abstract: A supplemental label may be attached to a bag having a wire loop closure by the steps of: forming a bag neck of a filled, flexible bag by collapsing bag material about the mouth of the bag. The filled, flexible bag is advanced along a process line to a wire loop closure applying station. An elongated neck of a label is placed against the bag neck, and the wire loop closure is applied tightly around the bag neck and the elongated label neck to close the bag, and to simultaneously attach the label to the bag by wire loop closure attachment. The labels may be fed to the system in strip form. Also, they may be printed after being unwound from a storage roller assembly and before being applied to the bag.