A reconstruction device comprising: an elongate linkage including a plurality of links extending generally along an axis of elongation, the axis defining a longitudinal direction, each link defining a one-piece body and a channel (112a, 112b) that extends through the one-piece body along the longitudinal direction; an adjustment assembly providing for adjustment of at least one of a directional and an angular orientation of at least one of the links, the adjustment assembly including a flexible connector (106a, 106b) slidably received in the channel (112a, 112b) of each link; a locking assembly operable between a disengaged configuration that allows for adjustment of at least one of the directional and angular orientations of at least one of the links, and an engaged configuration that inhibits adjustment of the at least one of the directional and angular orientations of at least one of the links, wherein: at least one of the links defines an aperture that extends through the one-piece body along a vertical direction, perpendicular to the longitudinal direction; and the locking assembly includes a locking member configured for insertion through the aperture into one of the links to impart a biasing force onto the connector (106a, 106b), wherein the biasing force has a lateral directional component that extends along a lateral direction, perpendicular to both the longitudinal direction and the vertical direction; each link defines a tongue that extends from a first end of the one-piece body of the link along the longitudinal direction; characterized in that each link defines a recess that extends into a second end of the one-piece body of the link opposite the first end, the recess configured to receive the tongue of an adjacent link so as to accommodate directional or angular movement of adjacent links with respect to each other while maintaining contact; and the aperture is penetrating the channel such that a portion of the flexible connector (106a, 106b) protrudes into the aperture. an elongate linkage including a plurality of links extending generally along an axis of elongation, the axis defining a longitudinal direction, each link defining a one-piece body and a channel (112a, 112b) that extends through the one-piece body along the longitudinal direction; an adjustment assembly providing for adjustment of at least one of a directional and an angular orientation of at least one of the links, the adjustment assembly including a flexible connector (106a, 106b) slidably received in the channel (112a, 112b) of each link; a locking assembly operable between a disengaged configuration that allows for adjustment of at least one of the directional and angular orientations of at least one of the links, and an engaged configuration that inhibits adjustment of the at least one of the directional and angular orientations of at least one of the links, wherein: at least one of the links defines an aperture that extends through the one-piece body along a vertical direction, perpendicular to the longitudinal direction; and the locking assembly includes a locking member configured for insertion through the aperture into one of the links to impart a biasing force onto the connector (106a, 106b), wherein the biasing force has a lateral directional component that extends along a lateral direction, perpendicular to both the longitudinal direction and the vertical direction; at least one of the links defines an aperture that extends through the one-piece body along a vertical direction, perpendicular to the longitudinal direction; and the locking assembly includes a locking member configured for insertion through the aperture into one of the links to impart a biasing force onto the connector (106a, 106b), wherein the biasing force has a lateral directional component that extends along a lateral direction, perpendicular to both the longitudinal direction and the vertical direction; each link defines a tongue that extends from a first end of the one-piece body of the link along the longitudinal direction;