A system for manufacturing cigarettes is provided. The system can include an easily removable and/or replaceable metering device that use a cavity drum to dispense a filler material, a modular garniture format parts bank that can be removed and replaced as a single unit from the cigarette manufacturing machinery, and a cutter head having components operated with a single motor that turns a spline shaft.

A system for portioning a beaded substrate in a rod. The system includes a suction conveyor belt. The suction conveyor belt includes a belt suction chamber, a first belt end, and a second belt end, the second belt end opposite and downstream of the first belt end. The system also includes a metering device configured to provide the beaded substrate to the suction conveyor belt, and more specifically to the first belt end. The metering device includes a reach and a hopper. The metering device may provide the beaded substrate to the first belt end prior to the suction conveyor belt biasing a filler material onto the first belt end. The system may further includes a cutting mechanism that cooperates with the metering device to position the beaded substrate a first distance away from a first cut end.

A system for portioning a beaded substrate in a rod. The system includes a suction conveyor belt. The suction conveyor belt includes a belt suction chamber, a first belt end, and a second belt end, the second belt end opposite and downstream of the first belt end. The system also includes a metering device configured to provide the beaded substrate to the suction conveyor belt, and more specifically to the first belt end. The metering device includes a reach and a hopper. The metering device may provide the beaded substrate to the first belt end prior to the suction conveyor belt biasing a filler material onto the first belt end. The system may further includes a cutting mechanism that cooperates with the metering device to position the beaded substrate a first distance away from a first cut end.

A method of manufacturing an aerosol generating pod includes providing aerosol generating material; positioning sheet material over opposite sides of the aerosol generating material; and punching the aerosol generating material and the sheet material from one of the opposite sides to form an aerosol generating pod including aerosol generating material covered by the sheet material. An apparatus for manufacturing an aerosol generating pod is also provided.

A method of manufacturing an aerosol generating pod includes providing aerosol generating material; positioning sheet material over opposite sides of the aerosol generating material; and punching the aerosol generating material and the sheet material from one of the opposite sides to form an aerosol generating pod including aerosol generating material covered by the sheet material. An apparatus for manufacturing an aerosol generating pod is also provided.

A filling unit, configured to fill a succession of tubular wrappers of the tobacco industry. The tubular wrappers extend along a main axis of extension and internally define respective containment chambers adapted to contain a filling material of the tobacco industry and have an access opening on at least one of its ends for access to the containment chamber. The unit also includes a filling station configured to insert the filling material into respective containment chambers of the succession of tubular wrappers through a filling end of them and a closing station disposed downstream of the filling station and comprising a plurality of closing means configured to make respective walls which close the filling ends and which are transverse to the respective main axes of extension.

A filling unit, configured to fill a succession of tubular wrappers of the tobacco industry. The tubular wrappers extend along a main axis of extension and internally define respective containment chambers adapted to contain a filling material of the tobacco industry and have an access opening on at least one of its ends for access to the containment chamber. The unit also includes a filling station configured to insert the filling material into respective containment chambers of the succession of tubular wrappers through a filling end of them and a closing station disposed downstream of the filling station and comprising a plurality of closing means configured to make respective walls which close the filling ends and which are transverse to the respective main axes of extension.

A system for portioning a beaded substrate in a rod. The system includes a suction conveyor belt. The suction conveyor belt includes a belt suction chamber, a first belt end, and a second belt end, the second belt end opposite and downstream of the first belt end. The system also includes a metering device configured to provide the beaded substrate to the suction conveyor belt, and more specifically to the first belt end. The metering device includes a reach and a hopper. The metering device may provide the beaded substrate to the first belt end prior to the suction conveyor belt biasing a filler material onto the first belt end. The system may further includes a cutting mechanism that cooperates with the metering device to position the beaded substrate a first distance away from a first cut end.

A system for portioning a beaded substrate in a rod. The system includes a suction conveyor belt. The suction conveyor belt includes a belt suction chamber, a first belt end, and a second belt end, the second belt end opposite and downstream of the first belt end. The system also includes a metering device configured to provide the beaded substrate to the suction conveyor belt, and more specifically to the first belt end. The metering device includes a reach and a hopper. The metering device may provide the beaded substrate to the first belt end prior to the suction conveyor belt biasing a filler material onto the first belt end. The system may further includes a cutting mechanism that cooperates with the metering device to position the beaded substrate a first distance away from a first cut end.

The object of the application is an apparatus for processing rod-like articles of the tobacco industry wherein the rod-like articles are conveyed in flutes of a conveyor along a path of movement transverse to the axis of the rod-like article with a pair (6) of circular knives (6A, 6B) adjacent to each other, whereas the axes of rotation (Z, Z′) of the circular knives are situated on two sides of the path of movement (P), characterized in that the path of movement (P) passes through an area (6C) of overlapping of the adjacent circular knives (6A, 6B), whereas in the pair (6) of the adjacent circular knives (6A, 6B) one circular knife (6A) is situated above the carrier surface (2A, 2A′) of the conveyor (2, 2′), whereas the other circular knife (6B) is situated beneath the carrier surface (2A, 2A′) of the conveyor (2, 2′). The object of the application is also a method for processing rod-like articles (1) of the tobacco industry.