In this paper, we described the methods of optimizationof a printer in order to make it ideally suited to lenticularprinting. Results demonstrated that for the best print,unidirectional printing should be employed. Minimizationof jets used resulted in less digonalization of printed pixels,reducing error in the final prints. Adjustments of horizontaldpi allowed us to choose the optimum dpi such that thespacing of the printed dots reduced the ghosting effects inthe final outputted lenticular image. Accounting for certainphysical limitations reduced errors in our prints as well.Finally, choosing the optimum number of lens-per-inchinsured that the dots printed in our final outputted lenticularimage aligned properly with the lens of the lens array,allowing for the very best output possible. These findingsallow users of standard printers to print lenticular imageson high quality paper, which can then be placed under lensarrays, giving the same 3-D effects given by prints done onactual lenticular presses. It allows lenticular printing to be acost-effective choice for future printing jobs.