The device is separated from the mandrel by dissolving the mandrel.

Rotation of the inner mandrel (2) in the set state is bringing a third mandrel section (2c) of the mandrel (2) to a locked state, in which further rotation of the inner mandrel (2) is prevented.

The core and spindle permits contraction of the core without squeezing or binding the core to the spindle, so that the core can easily be removed from the spindle once the ribbon is wound onto the core.

The first angle of the mandrel (at the first station) differs from the second angle of the mandrel (at the third station).

A chuck actuating screw may be screw coupled to the chuck actuating shaft.

The chuck base and the chuck plate contained within an inner region of the bowl.

The mandrel and track structure permits reloading the dispenser without removing the mandrel.

A flange mating with the block part of the mandrel is provided on one end of the mandrel sleeve to prevent the mandrel falling off.

A tool chuck may include a shaft supporting chuck jaws.

A heating element is arranged inside the chuck and heats the chuck.

Following the removal of the mandrel the end section of the wave-guide takes the form of the tapering portion of the mandrel.

Each annular mandrel shoulder extends radially outward from the mandrel.

The facepiece mandrel has a pair of conical holes, in an intermediate section thereof, for receiving a leading end of one mouthpiece/nasal mandrel.

A first inner paper core (54) is first pulled out of the paper core (50).

Upon assembly the bit (20) and the chuck (50), the cavity (28) receives the axially forward end of the chuck.