Diffracted images with inverted depth were first reported by the authors where a lens or slit intermediated the white-light double diffraction process. The diffracting elements were simple straight line diffraction gratings and the image could be seen but not projected due to its strong astigmatism. The generalization of the symmetry properties to bi-dimensionally defined diffracting elements allows to produce projected images with circular gratings intermediated by a pinhole. Acting as a focusing element, the possibility of enlargement is reported here with experimental results.5622PART 314631468Lunazzi, J.J., Rivera, N.I., Pseudoscopic imaging in a double diffraction process with a slit (2002) Opt. Express, 10, pp. 1368-1373. , http://www.opticsexpress.org/issue.cfm?issue_id=168plLunazzi, J.J., Rivera, N.I., Pseudoscopic Imaging in a Double Diffraction Process with a Slit: Critical Point and Experimental Checking, , http://www.sbfl.if.usp.br/procs/2003/R_estendido/e97.pdf, XXVI ENFMC, SBF. Caxambu-M.G. onRivera, N.I.R., Imagens por Dupla Difração Com luz Branca Usando Redes de Difração e Uma Fenda, , http://www.ifi.unicamp.br/ccjdr/teses/apresentacao.php3?filename=IF1368Lunazzi, J.J., Magalhães, D.S.F., Diffracting imaging with bidimensional elements: First experimental results (2004) Brazilian Society of Physics Meeting, , "XXVII ENFMC'-Poços de Caldas-MG, May 4-8thMagalhães, D.S.F., Difração Por CDs e Ondas X, , http://www.ifi.unicamp.br/%7Elunazzi/F530_F590_F690_P809_F895/ lista_projetosF809-lo_sem_2002.htm