How is a small CNC vertical lathe processed?

Small CNC vertical lathe is a vertical lathe that integrates CNC technology, precision machinery, and electronic technology. With its compact body, high-precision processing capabilities and wide adaptability, it has become an indispensable processing equipment for many factories and workshops. Whether it is automotive parts, mold manufacturing, or precision parts in the aerospace field, small CNC vertical lathes can easily cope with various processing needs with their excellent performance.

During the processing, the small CNC vertical lathe first receives processing instructions through the CNC system. These instructions can be manually input by programmers or automatically generated by CAD/CAM software. The CNC system converts these instructions into specific action instructions to control the various parts of the machine tool to work together. For example, control the spindle speed, feed rate, and tool movement trajectory.

Next is the core working link of the small CNC vertical lathe-cutting processing. In this process, the tool is driven by the spindle to cut the workpiece at high speed. At the same time, the workbench and tool holder move according to the preset trajectory under the control of the servo system to ensure that the tool can accurately process the workpiece according to the design requirements.

Small CNC vertical lathes also have a high level of automation during the cutting process. Through programming, functions such as automatic clamping and loosening of workpieces and automatic replacement of tools can be realized. This not only greatly improves the processing efficiency, but also reduces the labor intensity of operators. At the same time, due to the high degree of automation of the processing process, the influence of human factors on processing accuracy is also reduced, and the processing quality is improved.

In addition to cutting processing, small CNC vertical lathes also have a variety of auxiliary functions, such as measurement, compensation, automatic tool setting, etc. These functions make small CNC vertical lathes more intelligent and precise during the processing process. For example, during the processing process, the CNC system can monitor the size and shape changes of the workpiece in real time, and automatically adjust the processing parameters through the compensation function to ensure the stability of the processing accuracy. At the same time, the automatic tool setting function can also quickly and accurately complete the positioning and calibration of the tool after changing the tool.

Of course, the advantages of small CNC vertical lathes are far more than that. It also has good versatility and extensibility. By replacing different tools and fixtures, it is possible to process workpieces of different materials and shapes. At the same time, by adding functional modules of the CNC system or upgrading hardware equipment, the processing capacity and processing accuracy of small CNC vertical lathes can be further improved.

The reason why small CNC vertical lathes can become the leaders in the field of mechanical processing is inseparable from their efficient, precise, flexible processing capabilities and highly automated operating systems. It is these advantages that make small CNC vertical lathes play an increasingly important role in all walks of life.