Shed-forming module for the selective movement of shed-forming elements using lifting elements, wherein several shed-forming elements, when projected onto a plane perpendicular to their movement direction, are located next to each other in a first direction and in a second direction perpendicular to the first direction, comprising: • at least two sets of lifting elements movable up and down in antiphase; • shed-forming elements which move selectively with the at least two sets of lifting elements; • at least four oscillating levers (4, 5; 6,7) which are provided to move the lifting elements up and down in phase and antiphase according to an adjustable movement amplitude; • first and second transfer mechanisms connected to each of said two sets of lifting elements, - which each comprise at least two said oscillating levers (4, 5; 6, 7) located next to each other in the first direction and - which furthermore each comprise a connecting mechanism (14, 15) which connects the oscillating levers (4, 5; 6, 7) together per transfer mechanism (12, 13), so that these oscillating levers (4, 5; 6, 7) have virtually the same movement amplitude, and - which each consist of the components which transfer the movement from one of the at least two said oscillating levers to the other, - wherein the first and second transfer mechanisms are located next to each other in the second direction; • a drive mechanism connected to the first and second transfer mechanisms, wherein the drive mechanism does not form part of the transfer mechanism (12, 13), characterised in that the lifting elements are coupled via the first and second transfer mechanisms to the drive mechanism such that the movement profile and the movement amplitude of the lifting elements are adjustable via the drive mechanism. • at least two sets of lifting elements movable up and down in antiphase; • shed-forming elements which move selectively with the at least two sets of lifting elements; • at least four oscillating levers (4, 5; 6,7) which are provided to move the lifting elements up and down in phase and antiphase according to an adjustable movement amplitude; • first and second transfer mechanisms connected to each of said two sets of lifting elements, - which each comprise at least two said oscillating levers (4, 5; 6, 7) located next to each other in the first direction and - which furthermore each comprise a connecting mechanism (14, 15) which connects the oscillating levers (4, 5; 6, 7) together per transfer mechanism (12, 13), so that these oscillating levers (4, 5; 6, 7) have virtually the same movement amplitude, and - which each consist of the components which transfer the movement from one of the at least two said oscillating levers to the other, - wherein the first and second transfer mechanisms are located next to each other in the second direction; - which each comprise at least two said oscillating levers (4, 5; 6, 7) located next to each other in the first direction and - which furthermore each comprise a connecting mechanism (14, 15) which connects the oscillating levers (4, 5; 6, 7) together per transfer mechanism (12, 13), so that these oscillating levers (4, 5; 6, 7) have virtually the same movement amplitude, and - which each consist of the components which transfer the movement from one of the at least two said oscillating levers to the other, - wherein the first and second transfer mechanisms are located next to each other in the second direction; • a drive mechanism connected to the first and second transfer mechanisms,