In the field of mechanical processing, centering machining has become the preferred process for manufacturing many precision parts due to its unique advantages and excellent performance. It can complete complex processing procedures in one clamping, achieve high-precision and high-efficiency production, and provide strong support for the development of modern manufacturing.
Swiss Lathe is a precision processing equipment. Compared with traditional CNC lathes, its biggest feature is the use of biaxial arrangement of cutting tools. The cutting tools move along the Z-axis direction during processing, while the workpiece rotates along the X-axis direction driven by the spindle. This unique The movement mode allows the Swiss turning machine to continuously process bar materials without the need for frequent clamping and tool changing operations like traditional lathes, thus greatly improving processing efficiency and accuracy.
The advantages of Swiss machining are significant. Its processing accuracy is extremely high and it can easily meet tolerance requirements of ±0.005mm or higher. This is due to the structural design and advanced control system of the centering machine. During the processing process, the tool and the workpiece always maintain a stable relative positional relationship, effectively reducing errors caused by operations such as clamping and tool changing. For example, some key parts in the aerospace field, such as engine blades, shaft parts, etc., have extremely high requirements for dimensional accuracy and surface quality. Swiss machining can well meet these requirements and ensure the performance and reliability of the parts.
