A rotatable, solid cutting tool (100, 200), comprising: a solid body including a cutting portion (104, 204) and a shank portion (102, 202), wherein the cutting portion (104, 204) and shank portion (102, 202) are sequentially arranged along a longitudinally-extending axis of rotation (106, 206) of the solid body with the cutting portion (104, 204) toward a front end (108, 208) of the cutting tool and the shank portion (102, 202) toward a rear end (110, 210) of the cutting tool, wherein the cutting portion (104, 204) includes a first type of cutting feature and a second type of cutting feature, wherein the first type of cutting feature includes a plurality of right hand spirals (120, 220) and the second type of cutting feature includes a plurality of left hand spirals (130, 230), wherein each of the plurality of right hand spirals (120, 220) includes an interrupted cutting edge having a plurality of individual cutting edges (180, 280) and each of the plurality of left hand spirals includes an interrupted cutting edge having a plurality of individual cutting edges (190, 290), wherein a longitudinal length of the cutting portion is defined by a length (Lz), in a direction parallel to the longitudinally-extending axis of rotation (106, 206) of the solid body, in which the plurality of right hand spirals (120, 220) intersect with the plurality of left hand spirals (130, 230), wherein individual cutting edges (180, 280) of each of the plurality of right hand spirals (120, 220) are axially staggered helically around a circumference of the cutting portion with respect to the individual cutting edges (190, 290) of each of the plurality of left hand spirals (130, 230) so that, at each axial position along the axial length of the cutting portion, each radial cross-section includes both at least one individual cutting edge (180, 280) on a right hand spiral (120, 220) and at least one individual cutting edge (190, 290) on a left hand spiral (130, 230), characterized in that individual cutting edges (180, 280, 190, 290) on each of the plurality of right hand spirals (120, 220) and the plurality of left hand spirals (130, 230) have a length (L RHC, RHS, L RHS, LHS) along an outer circumference of the cutting tool, wherein the outer circumference is an outer diameter surface, and the length (L RHC, RHS) of the individual cutting edges (180, 280) of each of the plurality of right hand spirals (120, 220) equals the length (L RHS, LHS) of the individual cutting edges (190, 290) of each of the plurality of left hand spirals (130, 230). a solid body including a cutting portion (104, 204) and a shank portion (102, 202), wherein the cutting portion (104, 204) and shank portion (102, 202) are sequentially arranged along a longitudinally-extending axis of rotation (106, 206) of the solid body with the cutting portion (104, 204) toward a front end (108, 208) of the cutting tool and the shank portion (102, 202) toward a rear end (110, 210) of the cutting tool, wherein the cutting portion (104, 204) includes a first type of cutting feature and a second type of cutting feature, wherein the first type of cutting feature includes a plurality of right hand spirals (120, 220) and the second type of cutting feature includes a plurality of left hand spirals (130, 230), wherein each of the plurality of right hand spirals (120, 220) includes an interrupted cutting edge having a plurality of individual cutting edges (180, 280) and each of the plurality of left hand spirals includes an interrupted cutting edge having a plurality of individual cutting edges (190, 290), wherein a longitudinal length of the cutting portion is defined by a length (Lz), in a direction parallel to the longitudinally-extending axis of rotation (106, 206) of the solid body, in which the plurality of right hand spirals (120, 220) intersect with the plurality of left hand spirals (130, 230), wherein individual cutting edges (180, 280) of each of the plurality of right hand spirals (120, 220) are axially staggered helically around a circumference of the cutting portion with respect to the individual cutting edges (190, 290) of each of the plurality of left hand spirals (130, 230) so that, at each axial position along the axial length of the cutting portion, each radial cross-section includes both at least one individual cutting edge (180, 280) on a right hand spiral (120, 220) and at least one individual cutting edge (190, 290) on a left hand spiral (130, 230), characterized in that individual cutting edges (180, 280, 190, 290) on each of the plurality of right hand spirals (120, 220) and the plurality of left hand spirals (130, 230) have a length (L RHC, RHS, L RHS, LHS) along an outer circumference of the cutting tool, wherein the outer circumference is an outer diameter surface, and the length (L RHC, RHS) of the individual cutting edges (180, 280) of each of the plurality of right hand spirals (120, 220) equals the length (L RHS, LHS) of the individual cutting edges (190, 290) of each of the plurality of left hand spirals (130, 230).