The peeling device has a pressing roller that comes into contact with a label attaching surface (a first surface) of the backing paper and a driving roller that comes into contact with a back surface of the backing paper. The peeling device includes a peeling plate that is provided on the upstream side of an interposing roller pair in a transport direction of the backing paper when the label is peeled off from the backing paper and that bends a transport path of the backing paper. The pressing roller is a split roller including a roller shaft and a plurality of rollers. The peeling device includes support frames that support the pressing roller, and coil springs that come into contact with the roller shaft in an area on the pressing roller between the support frames and that bias the pressing roller toward the driving roller.

A labelling machine comprises a supply spool support for supporting a supply spool comprising label stock comprising a web and a plurality of labels attached to the web and which are separable from the web; a take-up spool support adapted to take up a portion of web; a first motive means configured to propel the web along a web path from the supply spool support towards the take up spool support, the first motive means comprising a first motor including a first stator and a first rotor; a labelling peel beak located along the web path and configured to peel the labels from label web as the label stock passes the labelling peel beak; and a printer for printing on the labels. The printer includes a ribbon supply spool support for supporting a ribbon supply spool comprising printer ribbon for the printer; a ribbon take-up spool support adapted to take up a portion of the printer ribbon; and a second motive means configured to propel the printer ribbon from the supply spool support towards the take up spool support, the second motive means comprising a second motor including a second stator and a second rotor. The labelling machine further comprises a base plate. The following components are mounted to the base plate such that the majority of each component is located on one side of a first surface of the base plate: supply spool support, take-up spool support, first stator, labelling peel beak, ribbon supply spool support, ribbon take-up spool support and second stator.

A labeling station in labeling machines for pre-adhesive labels, including a feeding assembly with unwinding rollers of a respective spool of backing tape with adhesive labels applied thereto and at least one assembly for applying the labels which has a peeling device located proximate to the containers to be labeled and adapted to separate the individual labels from the backing tape for application, and at least two mutually composable parts, respectively a first part, which includes a first support which forms a first worktable, on which the application assembly is mounted, and a second part, which includes a second support, on which at least the feeding assembly is mounted. The feeding assembly further includes a splicing system for joining the backing tapes which are unwound from the unwinding rollers and a group of dandy rolls, while at least one first redirection roller is mounted on the first worktable.

A recyclable web of media for batch printing labels includes a recyclable label media which includes a substrate to accept printing on a first side of the substrate. An adhesive or pattern of adhesive is deposited on a second surface of the substrate opposite the first side of the substrate. A recyclable backing structure includes a print label backer material. A recyclable release layer coats one surface of the print label backer material. The recyclable backing structure is non-permanently and removably affixed to a surface of the adhesive or pattern of adhesive.

The peeling device has a pressing roller that comes into contact with a label attaching surface (a first surface) of the backing paper and a driving roller that comes into contact with a back surface of the backing paper. The peeling device includes a peeling plate that is provided on the upstream side of an interposing roller pair in a transport direction of the backing paper when the label is peeled off from the backing paper and that bends a transport path of the backing paper. The pressing roller is a split roller including a roller shaft and a plurality of rollers. The peeling device includes support frames that support the pressing roller, and coil springs that come into contact with the roller shaft in an area on the pressing roller between the support frames and that bias the pressing roller toward the driving roller.

A labelling machine with a labelling device, which has a feeder unit for feeding a backing strip, which is provided with detachable labels, and a transfer unit for transferring the labels from the backing strip onto an object that is to be labelled. The labelling machine further has a winding device for winding a section of the backing strip from which labels have been detached, containing at least one guidance unit with a guidance element, along which the backing strip section can be guided in a direction of transport, and a winding unit, which is mounted downstream of the at least one guidance element, and includes fixing means, on which a free end section of the backing strip section can be fixed, whereby the fixing means are arranged on a winding core that can rotate about an axis of rotation, and follow a rotational movement of the winding core.

Systems and methods for applying labels to food products include pulling a label on two part backing along a pathway comprising one or more rollers to a stripping point in a first direction, the two part backing comprising a first strip and a second strip. The two part backing is removed from the label by pulling the label from the first strip and the second strip at the stripping point using suction by either a pair of stacked v-shaped first and second plates or by angled nose rollers.

A label affixing device includes a transport portion transporting a print tape in a transport direction, a cutting portion cutting a label material of the print tape into an individual label, a peeling portion peeling away of the label, and a controller. The label material is cut to form a margin region between a preceding label being one of the labels and a following label positioned upstream of the preceding label in the transport direction. When a downstream end portion of the margin region is positioned at or upstream of the peeling portion, the print tape is transported while imparting, to the print tape, a second tension smaller than a first tension required for the peeling away of the label. When the downstream end portion of the margin region is positioned downstream of the peeling portion, the print tape is transported while imparting the first tension to the print tape.