Oblique rail numerical control is a kind of equipment that uses cutting tools to machine work-pieces. The major feature is that it adopts CNC technology to control the movement of tool rest, working table and others. CNC system calculates the machining track and cutting parameters of tool according to CAD drawing of work-pieces, and control the tool rest, working table and others to move exactly through service system, so as to achieve high precision machining.
Application Fields
Oblique rail numerical control is widely used aviation, aerospace, automobile, machinery and other fields. For example, rotors, combustion chambers and turbine blades in aircraft engines, cylinder heads, crankshafts and shock absorbers in automobile engines, as well as gear, bearings and guide rails in machinery manufacturing can be machined . In addition, the inclined rail CNC lathe is also suitable for mold manufacturing, electrical equipment, medical equipment and other fields to meet the high precision and high efficiency processing needs .
Advantage
High Precision: Oblique rail numerical control adopts CNC technology to machine, and control the movement of tool rest and cutting parameters, so as to high precision machining.
High Efficiency: Compared with traditional manual machining and normal Lathe, oblique rail numerical control have high efficiency, short machining cycle, and improve production efficiency.
Multi–functionality: Various shape parts can be machined, such as oblique rail, cone, spherical surface and others with curved structural spare parts, which is for widely application fields.
Economize on Manpower: As the whole machining is controlled by computer, the technical level of operator is not high, which can save some labor costs.
High Stability: By strengthening of the structural design of lathe bed, oblique rail numerical control increases its stability, the vibration and resonance in the machining process are effectively avoided.
