Abstract: The method for binding metal wires and similar products around a first element and possibly a second element, in particular having an elongated shape, for example a reinforcing bar, includes the steps of preparing an apparatus for binding the metal wires against the first element, feeding at least one wire to the apparatus next to the first element, calendering the wire by means of a calendering assembly, cutting the wire by means of a cutting assembly, holding opposing portions of the wire by means of a binding head and binding by twisting the wire around a binding axis (A, A?).

Abstract: The method for binding metal wires and similar products around a first element and a second element, in particular having an elongated shape, for example reinforcing rods, includes the step of preparing the first element and the second element in a crossed superimposed configuration, so as to define four respective quadrants (Q1, Q2, Q3, Q4) at a crossing zone, on a plane containing the longitudinal axis (Y) of one of the first element and the second element, and the projection (P) of the longitudinal axis of the other. The method then provides for inserting a calendering assembly mounted around a binding axis (A, A?) in front of a binding apparatus, abutting against at least one of the first element and the second element, at the crossing area, engaging the four quadrants (Q1, Q2, Q3, Q4).

Abstract: The method for binding metal wires and similar products around a first element and possibly a second element, in particular having an elongated shape, for example a reinforcing bar, includes the steps of preparing an apparatus for binding the metal wires against the first element, feeding at least one wire to the apparatus next to the first element, calendering the wire by means of a calendering assembly, cutting the wire by means of a cutting assembly, holding opposing portions of the wire by means of a binding head and binding by twisting the wire around a binding axis (A, A?).

Abstract: The method for binding metal wires and similar products around a first element and a second element, in particular having an elongated shape, for example reinforcing rods, includes the step of preparing the first element and the second element in a crossed superimposed configuration, so as to define four respective quadrants (Q1, Q2, Q3, Q4) at a crossing zone, on a plane containing the longitudinal axis (Y) of one of the first element and the second element, and the projection (P) of the longitudinal axis of the other. The method then provides for inserting a calendering assembly mounted around a binding axis (A, A?) in front of a binding apparatus, abutting against at least one of the first element and the second element, at the crossing area, engaging the four quadrants (Q1, Q2, Q3, Q4).