An injection mold having a. a first mold half and a second mold half, which is displaceable relative to the first mold half in a first direction (z), wherein at least one of the mold halves having a slide arrangement for forming a mold cavity, having b. at least two slides which are movable relative to one another between a closed position and an open position, each of which is arranged such that it can be displaced via first and second guide means (6, 7) in relation to a component of the associated mold half that is adjacent to the slides, wherein the slides being arranged above the adjacent component, wherein c. each slide has a holding-shut surface which, in the closed position of the injection mold, interacts with a correspondingly arranged counter-surface of the other half of the injection mold, such that the slides are locked against the injection pressure acting inside the mold cavity, and d. a slide drive having third and fourth guide means (8, 9) which are interconnected and serve to displace the slides between the open and closed positions, characterized in that i) the first guide means are a first groove, and the second guide means are an upper part, which is arranged in the first groove, of a sliding block, and ii) the third guide means are a second groove, and the fourth guide means are a lower part of the sliding block, wherein the third guide means are arranged on and/or in a disk which can be rotated about an axis of rotation, and iii) the first and the third guide means (6, 8) are arranged at an angle to one another such that, upon rotation of the disk about the axis of rotation, a displacement of the associated slides between an open or a closed position is brought about and iv) the upper part and the lower part have an elongated design in the direction of movement, which causes an increase in the contact area and thus a better distribution of the forces. a. a first mold half and a second mold half, which is displaceable relative to the first mold half in a first direction (z), wherein at least one of the mold halves having a slide arrangement for forming a mold cavity, having b. at least two slides which are movable relative to one another between a closed position and an open position, each of which is arranged such that it can be displaced via first and second guide means (6, 7) in relation to a component of the associated mold half that is adjacent to the slides, wherein the slides being arranged above the adjacent component, wherein c. each slide has a holding-shut surface which, in the closed position of the injection mold, interacts with a correspondingly arranged counter-surface of the other half of the injection mold, such that the slides are locked against the injection pressure acting inside the mold cavity, and d. a slide drive having third and fourth guide means (8, 9) which are interconnected and serve to displace the slides between the open and closed positions, characterized in that i) the first guide means are a first groove, and the second guide means are an upper part, which is arranged in the first groove, of a sliding block, and ii) the third guide means are a second groove, and the fourth guide means are a lower part of the sliding block, wherein the third guide means are arranged on and/or in a disk which can be rotated about an axis of rotation, and iii) the first and the third guide means (6, 8) are arranged at an angle to one another such that, upon rotation of the disk about the axis of rotation, a displacement of the associated slides between an open or a closed position is brought about and iv) the upper part and the lower part have an elongated design in the direction of movement, which causes an increase in the contact area and thus a better distribution of the forces. i) the first guide means are a first groove, and the second guide means are an upper part, which is arranged in the first groove, of a sliding block, and ii) the third guide means are a second groove, and the fourth guide means are a lower part of the sliding block, wherein the third guide means are arranged on and/or in a disk which can be rotated about an axis of rotation, and iii) the first and the third guide means (6, 8) are arranged at an angle to one another such that, upon rotation of the disk about the axis of rotation, a displacement of the associated slides between an open or a closed position is brought about and iv) the upper part and the lower part have an elongated design in the direction of movement, which causes an increase in the contact area and thus a better distribution of the forces.