A scroll compressor, comprising: a frame; a non-orbiting scroll provided with a non-orbiting end plate portion, and a non-orbiting wrap formed on a side surface of the non-orbiting end plate portion in an axial direction, wherein the non-orbiting scroll is coupled to one side of the frame; an orbiting scroll provided with an orbiting end plate portion located between the frame and the non-orbiting scroll, and an orbiting wrap formed on a side surface of the orbiting end plate portion in the axial direction and engaged with the non-orbiting wrap to form at least one compression chamber; a plurality of first guides, at least a portion of which is disposed between the frame and the non-orbiting scroll, and which are located outward from the non-orbiting wrap in a radial direction, and spaced apart by preset intervals in a circumferential direction; and a plurality of second guides which are provided on the orbiting end plate portion, located radially outward from the orbiting wrap, and spaced apart by preset intervals along the circumferential direction to be coupled to the first guides, respectively, so as to allow an orbiting motion of the orbiting scroll together with the first guides, wherein each of the second guides is provided with a guide accommodating portion formed in an arcuate shape on an inner circumferential surface thereof to surround the first guide, characterized in that the non-orbiting scroll further comprises a plurality of sliding protrusions formed on an outer circumferential surface of the non-orbiting end plate portion along the circumferential direction, and guide holes formed through the sliding protrusions, respectively, wherein the first guides are inserted into the guide holes; the second guides are formed in the orbiting end plate portion through which the first guides are inserted in the axial direction; and when an angle formed by connecting a center of the guide accommodating portion to both ends of the guide accommodating portion in the circumferential direction is defined as an center angle (α), the center angle (α) satisfies the condition of {α ≥ (3×360°) / the number of second guides (n)}. a frame; a non-orbiting scroll provided with a non-orbiting end plate portion, and a non-orbiting wrap formed on a side surface of the non-orbiting end plate portion in an axial direction, wherein the non-orbiting scroll is coupled to one side of the frame; an orbiting scroll provided with an orbiting end plate portion located between the frame and the non-orbiting scroll, and an orbiting wrap formed on a side surface of the orbiting end plate portion in the axial direction and engaged with the non-orbiting wrap to form at least one compression chamber; a plurality of first guides, at least a portion of which is disposed between the frame and the non-orbiting scroll, and which are located outward from the non-orbiting wrap in a radial direction, and spaced apart by preset intervals in a circumferential direction; and a plurality of second guides which are provided on the orbiting end plate portion, located radially outward from the orbiting wrap, and spaced apart by preset intervals along the circumferential direction to be coupled to the first guides, respectively, so as to allow an orbiting motion of the orbiting scroll together with the first guides, wherein each of the second guides is provided with a guide accommodating portion formed in an arcuate shape on an inner circumferential surface thereof to surround the first guide, characterized in that the non-orbiting scroll further comprises a plurality of sliding protrusions formed on an outer circumferential surface of the non-orbiting end plate portion along the circumferential direction, and guide holes formed through the sliding protrusions, respectively, wherein the first guides are inserted into the guide holes; the second guides are formed in the orbiting end plate portion through which the first guides are inserted in the axial direction; and when an angle formed by connecting a center of the guide accommodating portion to both ends of the guide accommodating portion in the circumferential direction is defined as an center angle (α), the center angle (α) satisfies the condition of {α ≥ (3×360°) / the number of second guides (n)}.