The current-applied-pressure-assisted (CAPA) process has been applied to obtain full dense isotropic and anisotropic NdFeB magnets from melt spun NdFeB alloy (MQP-A). The energy product of isotropic magnets obtained by this process was 120-135kJ/m 3 (15-17MGOe) and the remanence was 0.8-0.9T(8-9kG). These isotropic magnets were deformed with different thickness reduction ratio by CAPA process. The energy product obtained by this procedure was in excess of 320kJ/m 3 (40MGOe), and the best magnetic properties obtained were B r =1.36T(13.6kG), i H c =868kA/m(10.9kOe) and (BH) m a x =352kJ/m 3 (44.2MGOe). The effect of deformation by CAPA process on texture was examined using pole figures. The (105) texture was dominant up to the thickness reduction ratio of 74%, whereas the (006) texture was dominant at the thickness reduction ratio of 81%.