Laminar segment for electric motor segmented stator, comprising at least a yoke and at least a tooth, wherein: the yoke comprises a first pair of side ends that extend outwardly from the yoke center and an outer straight edge; the tooth comprises a perpendicular segment extending perpendicularly from the yoke and a lower end with a lower straight edge; the outer straight edge and the lower straight edge being parallel therebetween; a second pair of side ends extending outwardly from the perpendicular segment of the tooth; a first side end of the first pair of side ends comprises a first right edge; a first side end of the second pair of side ends comprises a second right edge; a second side end of the first pair of side ends comprises a first left edge; a second side end of the second pair of side ends comprises a second left edge; wherein the first side end of the first pair of side ends and the second side end of the first pair of side ends are adjacently disposed to the outer straight edge of the yoke; wherein the first side end of the second pair of side ends and the second side end of the second pair of side ends are adjacently disposed to the perpendicular segment of the tooth; the first and second right edges are substantially parallel therebetween; the first and second left edges are substantially parallel therebetween; said laminar segment characterized in that: the first right edge and the first left edge of the respective first and second side ends of the first pair of side ends comprise respective obtuse angular inclination in relation to the outer edge of the yoke; the second right edge and the second left edge of the respective first and second side ends of the second pair of side ends comprise respective acute angular inclinations in relation to the lower edge of the tooth; wherein the obtuse angular inclinations of the first right edge and of the first left edge are respectively supplementary to the acute angular inclinations of the second right edge and the second left edge; wherein such geometry permits to define in one same lamination sheet multiple laminar segments, which have their first and second pairs of side ends (12, 14) resting against one another so they can be separated from one another through linear cuts, providing an optimization at reducing raw material waste. the yoke comprises a first pair of side ends that extend outwardly from the yoke center and an outer straight edge; the tooth comprises a perpendicular segment extending perpendicularly from the yoke and a lower end with a lower straight edge; the outer straight edge and the lower straight edge being parallel therebetween; a second pair of side ends extending outwardly from the perpendicular segment of the tooth; a first side end of the first pair of side ends comprises a first right edge; a first side end of the second pair of side ends comprises a second right edge; a second side end of the first pair of side ends comprises a first left edge; a second side end of the second pair of side ends comprises a second left edge; wherein the first side end of the first pair of side ends and the second side end of the first pair of side ends are adjacently disposed to the outer straight edge of the yoke; wherein the first side end of the second pair of side ends and the second side end of the second pair of side ends are adjacently disposed to the perpendicular segment of the tooth; the first and second right edges are substantially parallel therebetween; the first and second left edges are substantially parallel therebetween; said laminar segment characterized in that: the first right edge and the first left edge of the respective first and second side ends of the first pair of side ends comprise respective obtuse angular inclination in relation to the outer edge of the yoke; the second right edge and the second left edge of the respective first and second side ends of the second pair of side ends comprise respective acute angular inclinations in relation to the lower edge of the tooth; wherein the obtuse angular inclinations of the first right edge and of the first left edge are respectively supplementary to the acute angular inclinations of the second right edge and the second left edge; wherein such geometry permits to define in one same lamination sheet multiple laminar segments, which have their first and second pairs of side ends (12, 14) resting against one another so they can be separated from one another through linear cuts, providing an optimization at reducing raw material waste. the first right edge and the first left edge of the respective first and second side ends of the first pair of side ends comprise respective obtuse angular inclination in relation to the outer edge of the yoke; the second right edge and the second left edge of the respective first and second side ends of the second pair of side ends comprise respective acute angular inclinations in relation to the lower edge of the tooth; wherein the obtuse angular inclinations of the first right edge and of the first left edge are respectively supplementary to the acute angular inclinations of the second right edge and the second left edge; wherein such geometry permits to define in one same lamination sheet multiple laminar segments, which have their first and second pairs of side ends (12, 14) resting against one another so they can be separated from one another through linear cuts, providing an optimization at reducing raw material waste.