A labeling machine for producing respective multipacks, the multipacks comprising a group of products secured together by a label. The labeling machine includes a conveyor that comprises a conveyor module for forming a group of products from a plurality of individual products and for providing the group of products to a labeling process to produce a multipack of products. The labeling machine includes at least one labeler. The conveyor module comprises at least two conveying units which each conveying unit comprising at least one carrier. The movement of the conveying units may be individually controllable allowing two carriers on different conveying units to cooperate as a fixing unit. A method of producing respective multipacks, which each comprise a group of products, using the labeling machine is also provided.

A method of forming a multipack of a plurality of containers includes a label on each container of the plurality of containers. The label at least partially surrounds a portion of each container of the plurality of containers. The method includes assembling the plurality of container into a multipack, heating an area of the multipack that includes the label, and forming an adhesive bond on the heated area of the label on each container. Each container is secured to at least one other container by the adhesive bond.

The invention relates to a method for marking material bales (2), in which method a pressed material bale (2) is tied up by means of a binding device (22) using a binding material (4), and the binding device (22) produces at least one knot (6, 6a, 6b) in the binding material (4) wrapped around the material bale (2), wherein a label (8) is fixed to the binding material (4) as an information carrier. The label (8) is supplied to the binding device (22), and at least a part of the label (8) is incorporated into the knot (6, 6a, 6b).

A system is configured to automatically band a product with a portion of twist tie material and includes a tying machine which includes a twisting barrel, a tie payout assembly, a tie feeding assembly, a main drive belt, and a tying ring. The tie payout assembly includes a spool shaft configured for mounting a tie spool of the twist tie material. The tie feeding assembly is configured to receive the twist tie material from the tie payout assembly and includes a feedroller, a nip roller, a forward feedroll clutch, a reverse feedroll clutch, and a feedroll belt. The nip roller is configured to contact the feedroller with the twist tie material therebetween. The forward feedroll clutch is engageable with a forward feedroll pulley that surrounds a forward feedroll shaft. The reverse feedroll clutch is engageable with a reverse feedroll pulley that surrounds a reverse feedroll shaft.

Systems and methods for applying strips of paper banding to secure a package containing a plurality of sheets of corrugated paperboard is disclosed. At least one strip of paper banding which may be folded unto itself may be wrapped around the plurality of sheets of corrugated paperboard, after which an end of the strip is secured to the paper banding using a fastener, such as adhesive. As a result, the strip of paper banding holds the plurality of sheets of corrugated paperboard together. The strip of paper banding and any associated fasteners may be completely recyclable, and substantially weather resistant. Additionally, each strip of paper banding may have sufficient width to prevent damage of any of the sheets of corrugated paperboard during transportation. Additionally, a shipping label may be printed directly onto one of the strips of paper banding.

A baler implement includes a print system selectively configurable to print a plurality of available alpha-numeric characters on the bale. A marker controller is operable to receive data from a sensor related to a characteristic of the bale and then select a desired alpha-numeric character from the available alpha-numeric characters based on the data from the sensor. The marker controller may then configure the print system to select the desired alpha-numeric character, and actuate the print system to imprint the desired alpha-numeric character onto the bale, thereby marking the bale with the desired alpha-numeric character to communicate the characteristic of the bale.

A labeling machine for producing respective multipacks, the multipacks comprising a group of products secured together by a label. The labeling machine includes a conveyor that comprises a conveyor module for forming a group of products from a plurality of individual products and for providing the group of products to a labeling process to produce a multipack of products. The labeling machine includes at least one labeler. The conveyor module comprises at least two conveying units which each conveying unit comprising at least one carrier. The movement of the conveying units may be individually controllable allowing two carriers on different conveying units to cooperate as a fixing unit. A method of producing respective multipacks, which each comprise a group of products, using the labeling machine is also provided.

A label and bundling assembly is disclosed that includes a label having a first end and a second end, an attachment component having a first point, a second point, a top side and an underside comprising a waterproof adhesive, wherein the adhesive is fully coated on the underside, and a bunching component, wherein the first point of the attachment component is coupled with the second end of the label, wherein the bunching component is secured to the adhesive of the attachment component, and wherein the second point of the attachment component is brought around a portion of the bunching component and the underside of the second point of the attachment component is brought into contact with the underside of the first point, such that the first point, the second point, and the bunching component form a waterproof seal. Methods of using contemplated embodiments are also disclosed.

The invention relates to a wrapping machine for wrapping a load with a film including at least one operating unit for performing operations on the load or on the film and a conveying device for moving the load along an advancing direction through the machine. The machine includes a movement system that is adapted for moving the operating unit and comprises a shuttle assembly movable along a path and arranged for supporting and moving the operating unit. The shuttle assembly and the conveying device are drivable in a coordinated manner in order to enable the operating unit to perform operations on the load wrapped with the fi8lm even while the load is moved along the advancing direction and out of the machine.

The invention relates to a tying device of a type comprising: a work surface (10) comprising an opening (11) in the shape of a slot; a tying member (103) which can be activated so as to place at least one string (400) around an item (500) which is moving in a transfer direction (A) on a first side of the work surface (10), and to carry a portion of said string (400) to a second side of the work surface (10), forming at least one loop; and a knotting lip (55) capable of closing the loop with a knot on the second side of the work surface (10). The slot extends generally in the transfer direction (A), allowing a portion of the loop to pass through, but keeping the knot on the second side of the work surface (10) over at least a portion of the movement of the item (500).