A stand mixer comprising an ice cream making assembly, the ice cream making assembly comprising: a mixing bowl including: an outer housing having an arc-shaped outer cross-sectional profile extending from an upper lip toward a base of the mixing bowl, wherein the base is configured to couple with a base of the stand mixer; and an inner liner disposed within the outer housing to define a wall cavity therebetween, the inner liner defining a food-product receiving cavity having an upper edge spaced beneath and inset with respect to the upper lip and a sidewall extending downwardly and inwardly from the upper edge, the inner liner further defining an overflow area positioned above the food-product receiving cavity and extending outwardly from the upper edge toward the upper lip; a dasher including a center axle extending along an axis from an input end of the center axle to an anchor end contacting a central portion of the inner liner within the food-product receiving cavity, the dasher further including first and second mixing arms (46a, 46b) having side portions (50a, 50b) spaced outwardly from the center axle to engage with the sidewall of the food-product receiving cavity; and a drive assembly configured for transferring a torque applied generally along the axis to the dasher to cause rotation thereof about the axis, characterized in that the drive assembly defines an input plate defining a channel configured to engage with a gear housing on an output of the stand mixer. a mixing bowl including: an outer housing having an arc-shaped outer cross-sectional profile extending from an upper lip toward a base of the mixing bowl, wherein the base is configured to couple with a base of the stand mixer; and an inner liner disposed within the outer housing to define a wall cavity therebetween, the inner liner defining a food-product receiving cavity having an upper edge spaced beneath and inset with respect to the upper lip and a sidewall extending downwardly and inwardly from the upper edge, the inner liner further defining an overflow area positioned above the food-product receiving cavity and extending outwardly from the upper edge toward the upper lip; an outer housing having an arc-shaped outer cross-sectional profile extending from an upper lip toward a base of the mixing bowl, wherein the base is configured to couple with a base of the stand mixer; and an inner liner disposed within the outer housing to define a wall cavity therebetween, the inner liner defining a food-product receiving cavity having an upper edge spaced beneath and inset with respect to the upper lip and a sidewall extending downwardly and inwardly from the upper edge, the inner liner further defining an overflow area positioned above the food-product receiving cavity and extending outwardly from the upper edge toward the upper lip; a dasher including a center axle extending along an axis from an input end of the center axle to an anchor end contacting a central portion of the inner liner within the food-product receiving cavity, the dasher further including first and second mixing arms (46a, 46b) having side portions (50a, 50b) spaced outwardly from the center axle to engage with the sidewall of the food-product receiving cavity; and a drive assembly configured for transferring a torque applied generally along the axis to the dasher to cause rotation thereof about the axis,