A downhole-type milling tool comprising: a washover pipe; a central shaft that defines a first interior flow path, the central shaft disposed at least partially within the washover pipe; a lead tapered mill positioned at a downhole end of the central shaft to center the downhole-type milling tool within a tubular, the lead tapered mill defining a second central flow path in line with the first interior flow path; a plurality of milling blades extending between the central shaft and the washover pipe, the plurality of milling blades being arranged to allow fluid flow around the plurality of milling blades, wherein each of the plurality of milling blades comprises a tungsten-carbide hardened face, and a soft steel body configured to support a load of the downhole-type milling tool during milling operations; and a junk basket positioned within the washover pipe uphole of the plurality of milling blades to receive and retain cuttings formed by the milling blades, wherein the junk basket comprises a plurality of spring-loaded fingers extending from an inner surface of the washover pipe to retain milled tubular pieces from moving in a downhole direction, the plurality of spring-loaded fingers hingably attached to the inner surface of the washover pipe, a central support shoulder mounted to the central shaft positioned to limit a downhole motion of the spring-loaded fingers, and a screen uphole of the plurality of spring-loaded fingers to allow fluid passage and to prevent particles greater than a specified size from passing through the screen. a washover pipe; a central shaft that defines a first interior flow path, the central shaft disposed at least partially within the washover pipe; a lead tapered mill positioned at a downhole end of the central shaft to center the downhole-type milling tool within a tubular, the lead tapered mill defining a second central flow path in line with the first interior flow path; a plurality of milling blades extending between the central shaft and the washover pipe, the plurality of milling blades being arranged to allow fluid flow around the plurality of milling blades, wherein each of the plurality of milling blades comprises a tungsten-carbide hardened face, and a soft steel body configured to support a load of the downhole-type milling tool during milling operations; and a tungsten-carbide hardened face, and a soft steel body configured to support a load of the downhole-type milling tool during milling operations; and a junk basket positioned within the washover pipe uphole of the plurality of milling blades to receive and retain cuttings formed by the milling blades, wherein the junk basket comprises a plurality of spring-loaded fingers extending from an inner surface of the washover pipe to retain milled tubular pieces from moving in a downhole direction, the plurality of spring-loaded fingers hingably attached to the inner surface of the washover pipe, a central support shoulder mounted to the central shaft positioned to limit a downhole motion of the spring-loaded fingers, and a screen uphole of the plurality of spring-loaded fingers to allow fluid passage and to prevent particles greater than a specified size from passing through the screen. a plurality of spring-loaded fingers extending from an inner surface of the washover pipe to retain milled tubular pieces from moving in a downhole direction, the plurality of spring-loaded fingers hingably attached to the inner surface of the washover pipe, a central support shoulder mounted to the central shaft positioned to limit a downhole motion of the spring-loaded fingers, and a screen uphole of the plurality of spring-loaded fingers to allow fluid passage and to prevent particles greater than a specified size from passing through the screen.