A medical clip (200; 500) configured to attach to an object, the clip (200; 500) comprising: a first arm (220; 520) and a second arm (230; 530), each with a first end (221; 231), a second end (222; 232), an inner side, and an outer side, the inner sides of the first (220; 520) and second arms (230; 530) facing each other and the outer sides of the first (220; 520) and second arms (230; 530) being opposed, each of the first arm (220, 520) and the second arm (230; 530) defining a longitudinal axis between its first end (221; 231) and second end (222, 232); a hinge (240, 540) positioned for transitioning the first (220; 520) and the second arm (230; 530) between a first and a second orientation, the second ends (222; 232) being in closer proximity to each other in the first orientation than in the second orientation; one or more connectors (260; 560) positioned along the outer side of the first arm (220; 520) and/or the outer side of the second arm (230; 530), each connector (260; 560) being configured to receive at least one medical device; and an alignment device (210; 510) attached to one of the first or the second arm, the alignment device (210; 510) configured to emit an alignment signal, wherein the clip (200; 500) includes a bubble level (290; 590) attached to one of the arms (220, 230; 520, 530) that a user can employ to ensure that the clip (200; 500) is horizontally level, the alignment signal comprises a light beam, the alignment device (210; 510) comprises a device housing coupled to one of the first (220; 520) and second arms (230; 530) and a light emitting device rotatably coupled to the device housing, the light emitting device being configured to emit the light beam; and when the first (220; 520) and second arm (230; 530) are in a fixed position, the light emitting device is rotatable about an axis orthogonal to a plane that includes the longitudinal axis of the arm (220, 230; 520, 530) coupled to the device housing. a first arm (220; 520) and a second arm (230; 530), each with a first end (221; 231), a second end (222; 232), an inner side, and an outer side, the inner sides of the first (220; 520) and second arms (230; 530) facing each other and the outer sides of the first (220; 520) and second arms (230; 530) being opposed, each of the first arm (220, 520) and the second arm (230; 530) defining a longitudinal axis between its first end (221; 231) and second end (222, 232); a hinge (240, 540) positioned for transitioning the first (220; 520) and the second arm (230; 530) between a first and a second orientation, the second ends (222; 232) being in closer proximity to each other in the first orientation than in the second orientation; one or more connectors (260; 560) positioned along the outer side of the first arm (220; 520) and/or the outer side of the second arm (230; 530), each connector (260; 560) being configured to receive at least one medical device; and an alignment device (210; 510) attached to one of the first or the second arm, the alignment device (210; 510) configured to emit an alignment signal, wherein the clip (200; 500) includes a bubble level (290; 590) attached to one of the arms (220, 230; 520, 530) that a user can employ to ensure that the clip (200; 500) is horizontally level, the alignment signal comprises a light beam, the alignment device (210; 510) comprises a device housing coupled to one of the first (220; 520) and second arms (230; 530) and a light emitting device rotatably coupled to the device housing, the light emitting device being configured to emit the light beam; and when the first (220; 520) and second arm (230; 530) are in a fixed position, the light emitting device is rotatable about an axis orthogonal to a plane that includes the longitudinal axis of the arm (220, 230; 520, 530) coupled to the device housing.