Abstract: A method and apparatus for assembling a multiple component article such as an optical fiber connector and inspecting assembled multiple component articles. The method includes a step of positioning an elongated body with one free end being exposed, positioning a biasing component over the exposed end, positioning a coupling nut over the exposed end and abutting the biasing component, and applying a retaining component to the elongated body to retain the biasing component in a compressed state between the elongated body and the coupling nut. The apparatus includes a fixture or nest for retaining an elongated body of the connector in a selected orientation.

Abstract: A tubular body for use with an optical fiber connector, and the connector using such a tubular body. The optical fiber connector includes a coupling nut, biasing means and a retaining ring which are axially arranged on the tubular body. The coupling nut and the biasing means are retained externally on the tubular body by the retaining ring with the coupling nut being movable along the outside surface of the body and axially displaced by the biasing means. The body includes a ring attachment portion on the outside surface thereof. The ring attachment portion includes an annular groove and an annular ridge which are formed on the outside surface thereof. The annular groove is sized and dimensioned for receiving a radially applied retaining ring. The outside diameter of the attachment portion on the outside surface of the body is sized and dimensioned for receiving an axially attached retaining ring.