Sliding guide with built-in closing damper, in particular a sliding guide of the type commonly used for installation in furniture to allow the opening and closing movements of the drawers, in whose sliding guide there is at least one element of movement. Static slide (15) intended to be fixed to the side wall of the cabinet and a sliding element (16) longitudinally displaceable with respect to the said first sliding element and intended to be attached to the sides of a drawer, characterized in that said element (15) the static slide also includes a damping assembly for the closing movement of the drawer incorporated in the slide itself, in the space provided between the supports (17) of the slide and the static slide element (15) itself, the aforementioned being shock absorber assembly formed from a molded shell (1), provided with lateral fins (5) intended to serve as a means s of fixing attachment to said fixed slide element (15), and said housing providing a cavity for housing a piston or cylinder (2) in an intermediate position delimited by stops formations (3, 4), whose shank (7) of the piston is pivotably connected to an oscillating coupling part (6) at a pivot point (8), longitudinally displaceable along the path provided by the cavity itself of said casing, whose oscillating part (6) includes on the other hand a protruding formation (11) in the form of a grille prepared to engage in a recess (10) made in an extreme position of the side wall of said casing (1), and that on the opposite edge shows the formation of a recess ( 12), said oscillating part (6) being furthermore fitted in the longitudinal cavity of the casing (1) thanks to the provision of a wall (9) that determines the formation of a longitudinal opening along which the p said part (6) can be displaced, and also the damping assembly can be counteracted with the incorporation of a spring (13), extended longitudinally along the casing (1), which is held in a stop formation at a first end ( 14) integral with the casing itself, and at the opposite end is linked to the oscillating piece (6) itself, exerting on it the double action of assisting its pivoting when it reaches the end of its travel during the opening movement, and applying a traction effect on said piece (6) during the closing movement that guarantees the complete closure of the drawer. (Machine-translation by Google Translate, not legally binding)
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