Windbreak system formed by a set of foldable and independent panes sliding in a longitudinal way along a top track of the system and a bottom track of the system that supports the weight of every pane, and a foldable and not sliding door, all the panes and the door having a pivot axis and a folding axis wherein each pane and door has a glass glued to: • the internal flat face of the side arms, ending with protuberances up to 0.5 millimetres long, of an aluminium H shaped top profile, and to a flat base, the base being the opposite side to the opening that forms the top profile hole, • the internal flat face of the side arms of an aluminium interior profile, H shaped, ending with protuberances up to 0.5 millimetres long, and to a base, where two interior walls delimit a half open rectangular hole in its bottom side where two adjustable screws are placed to regulate the height of this infterior profile in relation to the base of a bottom sliding profile with a H shape, having two straight arms to cover the side arms of the interior profile and slightly curved at its top, the base and two perpendicular is arms being the ones that form a hollow section in the bottom profile that forms the pane support, and wherein the bottom track is identical to the top track being the section rectangular, with a side half open whose opening is delimited by two equidistant sides in the track and because one inside wall of the track is flat and the other vertical wall has a set of protuberances that form a virtual wall equidistant from the former, and the track side in contact with the ceiling or floor has a notch channel all along the inner face opposite to the track opening, and the exterior face of the side that forms the opening has two equidistant channels (52, 53) where two strips, one each channel, made of a homogeneous mixture of self-lubricating polymer are fitted in the bottom track and brushes are placed in the top track, and a third channel working as a water collection channel, and the bottom track has some drills, parallel to the bottom track sides, the top profile being connected to the top track: - by the pivot axis with a T axis guide that crosses a top guide bushing and whose base is fitted to a hole in a steel plate placed in the hole of the top profile, - and by the folding axis with a screw that crosses a top hollow guide bushing and is screwed in another steel plate placed in the hole of the top profile while the bottom sliding profile connects to the bottom track by an is axis guide that crosses a bottom bushing guide and its semi-circular base is welded to a steel plate placed in the hole of the bottom profile. • the internal flat face of the side arms, ending with protuberances up to 0.5 millimetres long, of an aluminium H shaped top profile, and to a flat base, the base being the opposite side to the opening that forms the top profile hole, • the internal flat face of the side arms of an aluminium interior profile, H shaped, ending with protuberances up to 0.5 millimetres long, and to a base, where two interior walls delimit a half open rectangular hole in its bottom side where two adjustable screws are placed to regulate the height of this infterior profile in relation to the base of a bottom sliding profile with a H shape, having two straight arms to cover the side arms of the interior profile and slightly curved at its top, the base and two perpendicular is arms being the ones that form a hollow section in the bottom profile that forms the pane support, - by the pivot axis with a T axis guide that crosses a top guide bushing and whose base is fitted to a hole in a steel plate placed in the hole of the top profile, - and by the folding axis with a screw that crosses a top hollow guide bushing and is screwed in another steel plate placed in the hole of the top profile while the bottom sliding profile connects to the bottom track by an is axis guide that crosses a bottom bushing guide and its semi-circular base is welded to a steel plate placed in the hole of the bottom profile.