A face milling tool configured for chip-removing machining comprising: a tool body including a front end and a rear end, between which a central rotation axis extends around which the tool is rotatable in a direction of rotation, and at least one insert seat being formed in a transition between the front end and an envelope surface extending between the front end and the rear end of the tool body, the at least one insert seat comprising a bottom support surface, wherein a chip pocket is provided in front of the at least one insert seat in the direction of rotation of the tool; and at least one cutting insert securely mounted in the at least one insert seat, the at least one cutting insert comprising an upper side defining an upper extension plane (P U), a cutting edge extending around the circumference of the upper side, a lower side defining a lower extension plane (P L) parallel to the upper extension plane (P U), the lower side comprising a support face directed towards the bottom support surface of the insert seat, wherein a centre axis extends perpendicularly through the upper extension plane (P U) and the lower extension plane (P L); wherein the tool is configured such that: a main cutting edge portion is at an entering angle κ smaller than 80°, the upper extension plane (P U) is at a radial tipping-in angle γ f and at an axial tipping-in angle γ m, the main cutting edge portion is at an angle of inclination λ, the axial tipping-in angle γ m is within the range -20° ≤ γ m ≤ 0°, the radial tipping-in angle γ f is within the range -60° ≤ γ f ≤ -25°, and the angle of inclination λ is within the range 15° ≤ λ ≤ 50°, wherein the upper side and the lower side of the cutting insert are connected by at least one side surface including a clearance surface, the main cutting edge portion being formed in the transition between the clearance surface and the upper side, characterised in that the clearance surface is formed at an obtuse inner angle with respect to the upper extension plane (P U) as seen in side elevation view. a tool body including a front end and a rear end, between which a central rotation axis extends around which the tool is rotatable in a direction of rotation, and at least one insert seat being formed in a transition between the front end and an envelope surface extending between the front end and the rear end of the tool body, the at least one insert seat comprising a bottom support surface, wherein a chip pocket is provided in front of the at least one insert seat in the direction of rotation of the tool; and at least one cutting insert securely mounted in the at least one insert seat, the at least one cutting insert comprising an upper side defining an upper extension plane (P U), a cutting edge extending around the circumference of the upper side, a lower side defining a lower extension plane (P L) parallel to the upper extension plane (P U), the lower side comprising a support face directed towards the bottom support surface of the insert seat, wherein a centre axis extends perpendicularly through the upper extension plane (P U) and the lower extension plane (P L); wherein the tool is configured such that: a main cutting edge portion is at an entering angle κ smaller than 80°, the upper extension plane (P U) is at a radial tipping-in angle γ f and at an axial tipping-in angle γ m, the main cutting edge portion is at an angle of inclination λ, the axial tipping-in angle γ m is within the range -20° ≤ γ m ≤ 0°, the radial tipping-in angle γ f is within the range -60° ≤ γ f ≤ -25°, and the angle of inclination λ is within the range 15° ≤ λ ≤ 50°, wherein the upper side and the lower side of the cutting insert are connected by at least one side surface including a clearance surface, the main cutting edge portion being formed in the transition between the clearance surface and the upper side, characterised in that the clearance surface is formed at an obtuse inner angle with respect to the upper extension plane (P U) as seen in side elevation view. a main cutting edge portion is at an entering angle κ smaller than 80°, the upper extension plane (P U) is at a radial tipping-in angle γ f and at an axial tipping-in angle γ m, the main cutting edge portion is at an angle of inclination λ, the axial tipping-in angle γ m is within the range -20° ≤ γ m ≤ 0°, the radial tipping-in angle γ f is within the range -60° ≤ γ f ≤ -25°, and the angle of inclination λ is within the range 15° ≤ λ ≤ 50°, wherein the upper side and the lower side of the cutting insert are connected by at least one side surface including a clearance surface, the main cutting edge portion being formed in the transition between the clearance surface and the upper side, characterised in that the clearance surface is formed at an obtuse inner angle with respect to the upper extension plane (P U) as seen in side elevation view.