CNC vertical lathes and CNC horizontal lathes are common metal processing machine tools, and they have some differences in machine structure, processing methods, and scope of application.
First of all, in terms of structure, the spindle of the CNC vertical lathe is vertical to the table, and the table is processed on the upper part, while the spindle of the CNC horizontal lathe is parallel to the table, and the table is processed on the machine bed. This different structure is reflected in the way they are processed. CNC vertical lathes are suitable for machining axial workpieces, such as shafts, gears, etc., while CNC horizontal lathes are suitable for processing cylindrical, disc-shaped workpieces, such as hubs, bushings, etc. In addition, due to the large processing range of CNC horizontal lathes, long and large workpieces can be processed.
Secondly, the cutting methods of CNC vertical lathes and CNC horizontal lathes are also different. CNC vertical lathes mainly use longitudinal cutting, that is, the spindle moves up and down along the axis of the workpiece to produce cutting and milling effects on the surface of the workpiece, while CNC horizontal lathes mainly use horizontal cutting, that is, the tools around the spindle are on the surface of the workpiece Cutting produces milling action. This also determines that the CNC vertical lathe is suitable for processing various linear workpieces, while the CNC horizontal lathe is suitable for arc and curve workpieces.
In general, CNC vertical lathes and CNC horizontal lathes have their own advantages and application ranges, and the appropriate type of machine tool should be selected according to the different requirements of the workpiece. Through scientific and rational selection and use of machine tools, production efficiency and quality can be improved, thereby promoting the healthy development of the manufacturing industry and making greater contributions to economic development.
