This covers the classification and kinematic analysis of the centre lathe, a general-purpose machine tool used to produce cylindrical (internal and external) work surfaces. It treats machine-tool taxonomy along multiple axes—configuration, purpose, size/capacity, degree and type of automation, job configuration, precision class, and number of spindles—and the kinematic chain by which a single power source is transmitted and transformed into the coordinated cutting motion (job rotation) and feed motion (tool translation) needed for machining. This belongs to the domain of manufacturing processes / machine tool engineering, specifically the study of conventional (non-CNC) general-purpose machine tools.
This covers the classification and kinematic analysis of the centre lathe, a general-purpose machine tool used to produce cylindrical (internal and external) work surfaces. It treats machine-tool tax…