A device for metering heterogeneous, sensitive and non-pumpable food comprising a low liquid portion including at least: - a drive cylinder, which impacts the metering system with an oscillation movement, characterized in that the device includes: - one or a plurality of connecting bolts, which represent a positive, yet height-variable connection along the vertical elongated hole between fork head rods and an upper guide fork, which encompasses a vertical elongated hole, - two or more support plates (5 and 8), which include centered recesses, in which replaceable metering chambers (6 and 7), which can be inserted into one another, can be attached, wherein the fork head rods and the upper guide fork are in each case fixed to one of the support plates (5 and 8) and thus establish a mechanical connection to the drive cylinder, - one or more vertical rods, which can change the distance between the support plates (5 and 8), either by means of a corresponding hand screw or by means of a drive, - a controllable air-tight low pressure connection, which, in the area of the metering chambers (6 and 7), conveys the food into the area of the charging of the metering chambers (6 and 7) by means of low pressure application, - a controllable air-tight over pressure connection, which, in the area of the metering chambers (6 and 7), conveys the food out of the metering chambers (6 and 7) by means of overpressure application in the area of the expulsion. - a drive cylinder, which impacts the metering system with an oscillation movement, characterized in that the device includes: - one or a plurality of connecting bolts, which represent a positive, yet height-variable connection along the vertical elongated hole between fork head rods and an upper guide fork, which encompasses a vertical elongated hole, - two or more support plates (5 and 8), which include centered recesses, in which replaceable metering chambers (6 and 7), which can be inserted into one another, can be attached, wherein the fork head rods and the upper guide fork are in each case fixed to one of the support plates (5 and 8) and thus establish a mechanical connection to the drive cylinder, - one or more vertical rods, which can change the distance between the support plates (5 and 8), either by means of a corresponding hand screw or by means of a drive, - a controllable air-tight low pressure connection, which, in the area of the metering chambers (6 and 7), conveys the food into the area of the charging of the metering chambers (6 and 7) by means of low pressure application, - a controllable air-tight over pressure connection, which, in the area of the metering chambers (6 and 7), conveys the food out of the metering chambers (6 and 7) by means of overpressure application in the area of the expulsion. - one or a plurality of connecting bolts, which represent a positive, yet height-variable connection along the vertical elongated hole between fork head rods and an upper guide fork, which encompasses a vertical elongated hole, - two or more support plates (5 and 8), which include centered recesses, in which replaceable metering chambers (6 and 7), which can be inserted into one another, can be attached, wherein the fork head rods and the upper guide fork are in each case fixed to one of the support plates (5 and 8) and thus establish a mechanical connection to the drive cylinder, - one or more vertical rods, which can change the distance between the support plates (5 and 8), either by means of a corresponding hand screw or by means of a drive, - a controllable air-tight low pressure connection, which, in the area of the metering chambers (6 and 7), conveys the food into the area of the charging of the metering chambers (6 and 7) by means of low pressure application, - a controllable air-tight over pressure connection, which, in the area of the metering chambers (6 and 7), conveys the food out of the metering chambers (6 and 7) by means of overpressure application in the area of the expulsion.