The facility comprises a plurality of processing stations (14A, 14B, 14C, 16, 18, 20, 20, 22, 24) for producing containers from a thermoplastic substrate. The facility comprises a plurality of basic conveyors (30) that cooperate with a travel track (32), for the purpose of conveying the sheets to the processing stations, the respective movements of the basic conveyors being controlled according to respective movement control commands generated by a control unit (ECU).

A pack includes at least one fold-line on one of the walls of the pack; at least one mechanically perforated front tear-line running from a first extremity of the fold-line to a second extremity of the fold-line and a mechanically perforated rear tear-line running from a first extremity of the fold-line to a second extremity of the fold-line, a mechanically perforated rear tear-line defining a separation between a first portion of the pack and a second portion of the pack; and a geometrically-shaped tab integrated with the second portion of the pack, a tab that can be folded along the fold-line and tucked into the pack through an opening defined by the mechanically perforated front tear-line.

An apparatus, system and method for capping an array of bat pipes. A cap rack is provided with a frame, runners and a matrix of caps. The matrix of caps are aligned respectively over the top open ends of array of bat pipes filled with smokable material. A press tool, having a matrix of pegs and ribs, is aligned over the matrix of caps. Downward pressure of the press tool is applied into the cap rack thereby pressing the matrix of caps into sealed engagement with respective top open ends of the bat pipes. The downward pressure of the ribs of the press tool into the cap rack separates the frame and runners of the cap rack from the matrix of caps leaving the matrix of caps seated in respective top open ends of the bat pipes leaving the array of bat pipes ready for sale, shipping or the like.

A container cover and dispenser system is disclosed herein. The cover fits over a container and allows a user to access contents through an opening. The cover may include a notch to leave an open section for a user to access the contents. The dispenser may hold a roll of container covers that may be pulled out and individually removed from the roll. The dispenser may include a protrusion to create a tab and notch design on the removed covers to facilitate users' access of the contents.

A pack includes at least one fold-line on one of the walls of the pack; at least one mechanically perforated front tear-line running from a first extremity of the fold-line to a second extremity of the fold-line and a mechanically perforated rear tear-line running from a first extremity of the fold-line to a second extremity of the fold-line, a mechanically perforated rear tear-line defining a separation between a first portion of the pack and a second portion of the pack; and a geometrically-shaped tab integrated with the second portion of the pack, a tab that can be folded along the fold-line and tucked into the pack through an opening defined by the mechanically perforated front tear-line.

The present disclosure relates to a supporting structure for concurrently supporting a plurality of containers for substances for pharmaceutical, medical or cosmetic applications, having a plurality of receptacles for accommodating the containers therein at least partially. Each of the receptacles has an open upper end for inserting the containers into the receptacles and a lower end having a retaining portion for delimiting an axial movement of the containers in the receptacles. Guiding portions are provided for guiding the containers into the receptacles during insertion. The guiding portions can have upper guiding and positioning portions close to the upper ends of the receptacles and lower guiding and positioning portions close to the lower ends of the receptacles, which are formed separately from each other and delimit a radial movement of the containers in the receptacles.

The present invention relates to a device for placing lids onto containers, the device preferably comprises a number of placement devices each being configured to releasable retain a lid in a fixed position relatively to the placement device, and being moveable in a longitudinal direction of the device.

A sealing device for sealing a sealing foil onto a top surface of a primary packaging shell for a contact lens. The sealing device comprises a shell support and a sealing head comprising a contact surface facing downwardly. The sealing device comprises at least one linear actuator for performing a vertical relative movement of the shell support and the sealing head to press the sealing foil against the top surface of the primary packaging shell. The sealing device comprises a foil holder for holding the sealing foil in a vertical gap between the contact surface of the sealing head and the top surface of the primary packaging shell. The sealing foil is sealed to the top surface of the primary packaging shell when the shell support and the sealing head move towards each other.

The present invention relates to a device for placing lids onto containers, the device preferably comprises a number of placement devices each being configured to releasable retain a lid in a fixed position relatively to the placement device, and being moveable in a longitudinal direction of the device.