the optical disc of the present invention includes a first translucent substrate having generally planar opposed top and bottom surfaces . the bottom surface is smooth and adapted to an optical beam for accessing data on the disc . the top surface of the first substrate has formed pits that represent data recorded on the disc . a reflective coating is formed on the top data surface of said first substrate to enable the top surface to reflect light back to an optical reader . a bonding agent is disposed over the reflective coating and a second substrate is bonded to the first substrate thought hot melt bonding . the second translucent substrate has a top surface incorporating a plurality of lenticules formed therein , and a bottom surface having an interlaced segmented lenticular image printed thereon . the method of the present invention provides that the top substrate incorporating lenticular imagery is hot melt bonded through use of a bonding agent to a bottom substrate bearing recorded data and a metalized layer for reflecting optical beams .