Separation of individual labels from dual-faced labeling systems

An apparatus comprising:

• a first substrate comprising:
• a first adhering face comprising a first plurality of adhesive-coated portions and a first plurality of release portions;
• and
• a first printed face opposite the first adhering face;
• wherein the first substrate is folded along a plurality of parallel, cut folds and wherein a region defined between each of the cut folds comprises one of the first plurality of adhesive-coated portions and one of the first plurality of release portions;
• a second substrate comprising:
• a second adhering face comprising a second plurality of adhesive-coated portions and a second plurality of release portions;
• and
• a second printed face opposite the second adhering face;
• wherein the first adhering face is configured to interface with the second adhering face;
• and
• wherein the second substrate is folded along a plurality of parallel, perforated folds and wherein the perforated folds are collinear with the perforated folds.

A method comprising:

• separating each of a first set of labels defined between cut folds of a label apparatus;
• separating each of a second set of labels defined between perforated folds of the label apparatus;
• wherein the cut folds and the perforated folds are collinear;
• and
• wherein the label apparatus comprises:
• the first set of labels formed by a first substrate comprising:
• a first adhering face comprising a first plurality of adhesive-coated portions and a first plurality of release portions;
• and
• a first printed face opposite the first adhering face;
• wherein the first substrate is folded along the cut folds;
• and
• the second set of labels formed by a second substrate comprising:
• a second adhering face comprising a second plurality of adhesive-coated portions and a second plurality of release portions;
• and
• a second printed face opposite the second adhering face;
• wherein the first adhering face is configured to receive the second adhering face;
• and
• wherein the second substrate is folded along the perforated folds.