A drawer slide, having a plurality of slide members is provided. The slide members have a first elongate linear member and a second elongate linear member to slide within a channel defined by an interior surface of the first slide member. The first and second slide members each have a first end portion, a second end portion, and the interior surface defining the first and second channels, respectively. The first slide member is milled from a single piece of material and includes a wall located transversely across the second end portion. Preferably, the interior side edges of the first linear member and the exterior side edges of the immediate linear member further define a first pair of raceways within which a plurality of ball bearings and bearing spacers are alternately disposed to provide a smooth slide motion of the second slide member. The noise damper is a noise-absorbing cushion mounted to the interior surface of the second linear member at the second end portion thereof.

A self-close drawer mechanism includes a housing, a slidable self-close latch selectively positionable within the housing, a rotatable cam element in the housing, a flexible link system extending around the cam element, and a spring applying stored force to the sliding self-close latch through the flexible link. Dual cam surfaces in the cam elements realize a decreasing pull force as the user opens the drawer and provides smoother opening and closing operations with an improved user experience.

A self-close drawer mechanism includes a housing, a slidable self-close latch selectively positionable within the housing, a rotatable cam element in the housing, a flexible link system extending around the cam element, and a spring applying stored force to the sliding self-close latch through the flexible link. Dual cam surfaces in the cam elements realize a decreasing pull force as the user opens the drawer and provides smoother opening and closing operations with an improved user experience.

A pull-out guide includes a carcass rail, a drawer rail movable along a longitudinal axis in an opening and closing direction of a movable furniture part, a drive apparatus for moving the drawer rail and the movable furniture part between a closed position and an open position, and a depth adjustment device for adjusting the closed position of the drawer rail relative to the carcass rail. The depth adjustment device has a carrier, a stop element movable relative to the carrier, and a depth adjustment wheel mounted rotatably about a rotation axis on the carrier for moving the stop element along the longitudinal axis. The rotation axis of the depth adjustment wheel is parallel to the longitudinal axis, and the stop element contacts a stop-counterpart piece of the drive apparatus in the closed position and is releasable by the stop-counterpart piece.

A pull-out guide for drawers, comprising a fixed guide part which can be anchored to the body of an item of furniture and a movable guide part on which a drawer or the like can be fastened, an adjustment device being provided comprising a guide element for a movable support member, the guide element of the adjustment device being separated from the movable guide part and provided in a single piece with the front stop element and/or the front centering element, the guide element extending inclined with respect to the longitudinal axis of the movable guide part.

A pull-out guide for drawers, comprising a fixed guide part which can be anchored to the body of an item of furniture and a movable guide part on which a drawer or the like can be fastened, an adjustment device being provided comprising a guide element for a movable support member, the guide element of the adjustment device being separated from the movable guide part and provided in a single piece with the front stop element and/or the front centering element, the guide element extending inclined with respect to the longitudinal axis of the movable guide part.

A drawer slide may include features for installation of the drawer slide to a cabinet and/or features for withdrawing rails of the drawer slide from one another. The features for installation of the drawer slide may include offset surfaces in a web of a rail, for example allowing for clearance for mounting hardware, and/or openings allowing for various positioning of the rail on a cabinet. The features for withdrawing rails from one another may include a moveable disconnect lever allowing for release of a catch of a rail, and/or a moveable hook.

A drawer slide may include features for installation of the drawer slide to a cabinet and/or features for withdrawing rails of the drawer slide from one another. The features for installation of the drawer slide may include offset surfaces in a web of a rail, for example allowing for clearance for mounting hardware, and/or openings allowing for various positioning of the rail on a cabinet. The features for withdrawing rails from one another may include a moveable disconnect lever allowing for release of a catch of a rail, and/or a moveable hook.

A slide rail assembly adapted for a rack includes a first slide rail, a fitting, and a second slide rail. The first slide rail is movable with respect to the rack between a first position and a second position. The fitting is configured to be mounted on the first slide rail and includes at least one guiding structure. The second slide rail is configured to be guided by the at least one guiding structure of the fitting while being outside a channel of the first slide rail and thus enter the channel.

A slide rail assembly adapted for a rack includes a first slide rail, a fitting, and a second slide rail. The first slide rail is movable with respect to the rack between a first position and a second position. The fitting is configured to be mounted on the first slide rail and includes at least one guiding structure. The second slide rail is configured to be guided by the at least one guiding structure of the fitting while being outside a channel of the first slide rail and thus enter the channel.