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Automotive Swiss machining fundamentally differs in structure from traditional CNC lathes, leading to significant differences in machining efficiency and accuracy. The automotive Swiss machining uses a twin spindle, gang tool design, which greatly reduces tool change time during processing and enables multiple overlapping tools and thread cutting functionalities. Additionally, the indexing function of the main spindle during secondary machining ensures constant machining precision. As a result, the automotive Swiss machining surpasses conventional CNC lathes in both machining efficiency and accuracy.
automotive Swiss machining is actually considered a type of CNC lathe. Unlike traditional CNC machines, the distinctive feature of automotive Swiss machining is that the workpiece moves while the tool is fixed for cutting. This design gives Swiss machining significant advantages when handling workpieces that are small in diameter, long in length, and have poor tolerance conditions. In contrast, ordinary CNC lathes (also known as slider machines) struggle with fine and slender workpieces. Therefore, the enhancements in machining efficiency and precision provided by automotive Swiss machining represent a significant innovation over traditional CNC lathes.
The automotive Swiss machining stands out for its rich functionalities and excellent performance. For instance, the Swiss GT series adopts an ergonomically sleek design, making the control of all tool positions effortless. Its automatic lubrication device, chip tray, and detachable oil pan design significantly improve equipment maintenance convenience. Furthermore, this series of lathes comes in three diameters: 32mm, 25.4mm, and 13mm, enabling the production of workpieces of varying lengths.
The advantages of automotive Swiss machining lie not only in its outstanding design but also in its exceptional performance. Its ergonomically modular design facilitates easier operation, and its capability for both guide-bushing and non-guide-bushing machining enhances its application flexibility. The B-axis (optional) rear tool post and modular tool system further boost machining efficiency and precision. Additionally, its attractive price and straightforward setup adjustment process make automotive Swiss machining a popular choice in the market.
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