Abstract: A machine for positioning the flaps of a box, including: a conveying surface, arranged so as to advance one or more boxes along an advancement direction; a deflecting element, structured so as to tilt two opposite transverse flaps of a box back with respect to the direction of advancement of the boxes, and to tilt two opposite side flaps of the box outwards; at least one orientating device, structured so as to arrange at least one transverse flap in a substantially vertical position, and at least one grip device, which is movable along the advancement direction and structured so as to grip the transverse flap in the substantially vertical position.

Abstract: A cap cutting machine, characterized by comprising: a housing assembly (2), movable along a pre-determined path (P) and provided with a rotary housing (20) which is structured for housing a cap (C) and rotating the cap (C) about a first axis of rotation (X); cutting means (3), conformed for cutting a side surface of the cap (C) and arranged along an active tract of the path (P); motor means (5) structured for rotating the rotary housing (20) about the first axis of rotation (X) so that a side surface of the cap (C) comes into contact with the cutting means (3), thereby rolling without sliding with respect to the cutting means (3).

Abstract: A cap cutting machine, characterized by comprising: a housing assembly (2), movable along a pre-determined path (P) and provided with a rotary housing (20) which is structured for housing a cap (C) and rotating the cap (C) about a first axis of rotation (X); cutting means (3), conformed for cutting a side surface of the cap (C) and arranged along an active tract of the path (P); motor means (5) structured for rotating the rotary housing (20) about the first axis of rotation (X) so that a side surface of the cap (C) comes into contact with the cutting means (3), thereby rolling without sliding with respect to the cutting means (3),

Abstract: A machine for inserting honeycomb separators into boxes, comprising: at least two gripping elements (10, 20) predisposed for being associated to a first transversal wall (T1) and to a second transversal wall (T2) of a honeycomb and for rotating by a predetermined angle about a respective rotation axis (Z1, Z2); a first rotation mechanism, predisposed for rotating said gripping elements (10, 20) about the respective rotation axes (Z1, Z2); said first rotation mechanism comprises: a crossbar (2), which rotates parallel to itself on a horizontal plane, and a connecting mechanism which connects the crossbar (2) to the gripping elements (10, 20), said connecting mechanism being an articulated parallelogram.

Abstract: A machine for positioning the flaps of a box, comprising: a conveying surface (2), arranged so as to advance one or more boxes (B) along an advancement direction (X); a deflecting element (3), structured so as to .tilt two opposite transverse flaps (F1,F2) of a box (B) back with respect to the direction of advancement of the boxes, and to tilt two opposite side flaps (F3,F4) of the box (B) outwards; at least one orientating device (4), structured so as to arrange at least one transverse flap (F1,F2) in a substantially vertical position, and at least one grip device (5), which is movable along the advancement direction (X) and structured so as to grip the transverse flap (F1,F2) in the substantially vertical position.

Abstract: A machine for inserting honeycomb separators into boxes, comprising: at least two gripping elements (10, 20) predisposed for being associated to a first transversal wall (T1) and to a second transversal wall (T2) of a honeycomb and for rotating by a predetermined angle about a respective rotation axis (Z1, Z2); a first rotation mechanism, predisposed for rotating said gripping elements (10, 20) about the respective rotation axes (Z1, Z2); said first rotation mechanism comprises: a crossbar (2), which rotates parallel to itself on a horizontal plane, and a connecting mechanism which connects the crossbar (2) to the gripping elements (10, 20), said connecting mechanism being an articulated parallelogram.

Abstract: A machine for depalletising a multi-layer load (C) comprises a first station (100) for unstacking a multi-layer load (C) wrapped in a packing film (P), which first station (100) comprises an area (101) for housing a multi-layer load (C) enveloped in a wrapping film (P), a guide (102) arranged about the area (101) and at least partly surrounding the load (C) arranged in the area (101), a carriage (103) mobile along the guide (102) and supporting a circular blade (107) for realising a horizontal cut in the packing film (P) of the load (C). The carriage (103) further supports an electric motor (108) destined to activate the circular blade (107), and a rechargeable battery (113) for supplying the electric motor (108).