A multichannel pipette with • a base body, • several spigots for clamping up pipette tips, arranged parallel side by side in a row, protruding from the base body and mounted on the base body so as to be movable in their longitudinal direction, • at least one displacement equipment with a displacement chamber and a displacement member dislocatable therein, wherein the displacement chamber is connected to connection holes in the spigots in order to eject or aspirate air through openings of the connection holes in lower ends of the spigots, • a first drive device, connected to the displacement member and adapted to dislocate the displacement member in the displacement chamber, • first spring elements engaging on the spigots and on the base body, wherein the spigots are dislocatable upward in their longitudinal direction from a starting position against the spring action of the first spring elements, • at least one stop element (49, 50, 65), having a defined stop position in which the spigots protrude downward from the stop element (49, 50, 65), in case of a plurality of stop elements (49, 50, 65) these being positioned at the same level with the spigots extending downwardly from the stop element (49, 50, 65), • wherein the first spring elements are designed such that by defined clamping forces which can be applied by clamping up pipette tips onto the spigots, the spigots can be dislocated towards the stop element (49, 50, 65) in the stop position in such a way that the pipette tips hit the stop element (49, 50, 65), and • an ejection equipment for detaching pipette tips from the spigots, comprising an ejector, which comprises contact elements (49, 50, 65), means for mounting the ejector on the base body so as to be slidable in the longitudinal direction of the spigots and a drive device connected to the ejector and which is adapted to dislocate the ejector downward in the longitudinal direction of the spigots from out a starting position, in which pipette tips can be clamped up onto the spigots until they strike the stop element (49, 50, 65) in the stop position, in order to squeeze pipette tips off from the spigots by the contact elements (49, 50, 65), • wherein the ejector has the contact elements (49, 50, 65) on different ejector parts (44, 63) and is designed such that in the downward dislocation of the ejector, at least after the impact of at least one first contact element (49, 50) on pipette tips, at least one second contact element pursues the first contact element (49, 50) in order to squeeze one or several pipette tips off from the spigots by the first contact element (49, 50) at first, and thereafter one or several pipette tips by the second contact element. • a base body, • several spigots for clamping up pipette tips, arranged parallel side by side in a row, protruding from the base body and mounted on the base body so as to be movable in their longitudinal direction, • at least one displacement equipment with a displacement chamber and a displacement member dislocatable therein, wherein the displacement chamber is connected to connection holes in the spigots in order to eject or aspirate air through openings of the connection holes in lower ends of the spigots, • a first drive device, connected to the displacement member and adapted to dislocate the displacement member in the displacement chamber, • first spring elements engaging on the spigots and on the base body, wherein the spigots are dislocatable upward in their longitudinal direction from a starting position against the spring action of the first spring elements, • at least one stop element (49, 50, 65), having a defined stop position in which the spigots protrude downward from the stop element (49, 50, 65), in case of a plurality of stop elements (49, 50, 65) these being positioned at the same level with the spigots extending downwardly from the stop element (49, 50, 65), • wherein the first spring elements are designed such that by defined clamping forces which can be applied by clamping up pipette tips onto the spigots, the spigots can be dislocated towards the stop element (49, 50, 65) in the stop position in such a way that the pipette tips hit the stop element (49, 50, 65), and • an ejection equipment for detaching pipette tips from the spigots, comprising an ejector, which comprises contact elements (49, 50, 65), means for mounting the ejector on the base body so as to be slidable in the longitudinal direction of the spigots and a drive device connected to the ejector and which is adapted to dislocate the ejector downward in the longitudinal direction of the spigots from out a starting position, in which pipette tips can be clamped up onto the spigots until they strike the stop element (49, 50, 65) in the stop position, in order to squeeze pipette tips off from the spigots by the contact elements (49, 50, 65), • wherein the ejector has the contact elements (49, 50, 65) on different ejector parts (44, 63) and is designed such that in the downward dislocation of the ejector, at least after the impact of at least one first contact element (49, 50) on pipette tips, at least one second contact element pursues the first contact element (49, 50) in order to squeeze one or several pipette tips off from the spigots by the first contact element (49, 50) at first, and thereafter one or several pipette tips by the second contact element.