Many factories often require the use of precision machine tools when processing intricate parts. These machine tools significantly enhance both processing efficiency and precision. Below, let me introduce some related information.
The heartwarming machine tools have made a quantum leap in processing efficiency and accuracy compared to CNC lathes. By utilizing dual-axis arrangement of cutting tools, it significantly reduces the processing cycle time. This is achieved through shortening the tool exchange time between the tool magazine and the opposing tooling station, the overlapping function of multiple tooling stations, the effective axis movement overlap function for threading chips, and the direct spindle indexing function during secondary processing, thereby reducing the non-processing time.
This machine tool is equipped with milling and drilling capabilities for both sides and ends, thus it can also be referred to as an economical turning and milling composite machine. It is capable of performing multi-process composite operations such as boring, engraving, slotting, gear cutting, threading, tapping, and grinding on the ends and sides of precision shaft components. Currently, the processing diameter of these machines on the market is 42mm, offering a significant advantage in the precision shaft processing market.
The innovative feeding section can be equipped with an automatic feeding machine, while the receiving section can install both short and long piece receiving devices to achieve a "one person, multiple machines" processing mode, saving labor resources and reducing management costs for the enterprise. Additionally, various auxiliary facilities like automatic chip conveyors can be added to form a flexible production line for automated processing.
The machine tool is widely used in various industries such as aviation, aerospace, automotive parts, communication, refrigeration, optics, flow control cores, household appliances, microelectronics, and watches for the precision composite processing of high-precision, large-volume, and complex-shaped shaft components.
