Nd–Fe–B sintered magnet scraps were reproduced as the corresponding sintered magnets from the ground powders (mean particle ≤3 μm) by using a binary alloy blending technique. Although the magnets re-sintered from the as-ground powders only provided poor magnetic properties, especially the observed coercivity values (∼20 kAm⁻¹), the magnetic properties were considerably improved compared with the as-ground powders by adding an Nd-rich alloy (80 and 20 mass% for Nd and Fe, respectively) with the mass ratio of 90 (scrap powders) to 10 (Nd-rich alloy). Typical magnetic parameters of the recovered magnets were B_r=∼1.21 T, H_cJ=∼1.6 MAm⁻¹ and (BH)_max=∼251 kJm⁻³. It was found that the Nd–Fe–B sintered magnet scraps were reproduced as the practically usable magnets by the above process.