Abstract: A receptacle for a filling material is disclosed, which is provided with a plunger which consists, at least in part, of a deformable material on a portion of the plunger which faces the nozzle. In one embodiment, the plunger disclosed can be a double plunger (a two-part plunger) displaceable axially into a defined end position in the direction of the nozzle, the deformable portion of which penetrates into the outlet channel of the nozzle, forcing out the dental filling material located there. It is preferred that the volume of deformable material of the nozzle penetrating into the nozzle is no greater than the volume of the nozzle through which the filling material passes.

Abstract: A process and device for decanting dental filling substances (2) into special individual containers (3) for use in dental treatment. Storage container (1) is connected leakproof and pressure sealed to conically shaped jet (4) of individual container (3). By applying pressure, dental filling substance (2) is squeezed from storage container (1) through jet (4) into the container body, thereby pushing ahead of it axially movable piston (7) until same reaches a final position determined by circuit-controlled limit stop (10). Thus, a precise dosage can be guaranteed during a long service life, even while filling several individual containers (3) simultaneously. Sensor (11), placed within the range of limit stop (10), records the final position of stop rod (6) conveying the movement of piston (7).

Abstract: A process and device for decanting dental filling substances (2) into special individual containers (3) for use in dental treatment. Storage container (1) is connected leakproof and pressure sealed to conically shaped jet (4) of individual container (3). By applying pressure, dental filling substance (2) is squeezed from storage container (1) through jet (4) into the container body, thereby pushing ahead of it axially movable piston (7) until same reaches a final position determined by circuit-controlled limit stop (10). Thus, a precise dosage can be guaranteed during a long service life, even while filling several individual containers (3) simultaneously. Sensor (11), placed within the range of limit stop (10), records the final position of stop rod (6) conveying the movement of piston (7).

Abstract: A receptacle for a filling material is disclosed, which is provided with a plunger which consists, at least in part, of a deformable material on a portion of the plunger which faces the nozzle. In one embodiment, the plunger disclosed can be a double plunger (a two-part plunger) displaceable axially into a defined end position in the direction of the nozzle, the deformable portion of which penetrates into the outlet channel of the nozzle, forcing out the dental filling material located there. It is preferred that the volume of deformable material of the nozzle penetrating into the nozzle is no greater than the volume of the nozzle through which the filling material passes.

Abstract: A disposable container for dental filling materials comprises a container body (1), which surrounds the useful space (5) and out of which the filling material may be pressed through a nozzle (2) by means of a movable piston (4). A nozzle (2) constructed as a separate component is mounted at a connecting point (6) on the container body (1). The nozzle (2) has a rotationally symmetrical shaft and a stop which is set back and projects radially. At the appropriately formed connecting point (6), the nozzle (2) can be welded to the container body (1) or joined thereto by adhesion. Other embodiments of nozzles can be connected to the container body (1) with form fit or force fit, for example by means of screw or bayonet closures.