Swiss-type lathes are mainly suitable for processing high-precision, complex-shaped shafts, pins, special-shaped parts and other slender parts, and are particularly suitable for large-volume, multi-variety, high-precision processing tasks. Swiss-type lathes have turning and milling compound processing capabilities, and can complete multiple processes such as turning, milling, drilling, boring, tapping, and engraving at one time. In addition, during the processing process, the workpiece is always firmly clamped, with good rigidity and high precision. It is very suitable for processing precision parts with a diameter of less than 32mm and a long length.
In more detail, Swiss lathes are suitable for processing the following types of parts:
Axis parts: Swiss lathes can process various shaft parts, such as automobile engine shafts, transmission shafts, precision motor shafts, etc., which usually require high precision and complex shapes.
Pin parts: Swiss lathes have advantages in processing pin parts, such as precision positioning pins, connecting pins, etc., which can achieve high precision and high surface quality processing.
Special-shaped parts: Swiss lathes can process various special-shaped parts with complex shapes, such as medical device parts, electronic components, etc., which usually require complex milling, drilling, tapping and other processes.
Slender parts: Swiss lathes have advantages in processing slender parts, such as shaft parts with large aspect ratios. Since the workpiece is always clamped during the processing of the Swiss lathe, the bending deformation caused by the weight of the workpiece itself in traditional lathe processing can be effectively avoided, ensuring the processing accuracy.
Precision hardware parts: Swiss lathes can process various precision hardware parts, such as connectors, fasteners, etc., which usually require high precision and high surface quality.
Batch and multi-variety parts:
Central lathes have the functions of fast tool change and automatic feeding, which are very suitable for large-volume and multi-variety parts processing, and can effectively improve production efficiency and reduce production costs.
High-precision parts:
Central lathes use advanced CNC systems and precise mechanical structures, which can achieve micron-level processing accuracy and meet the processing requirements for workpieces with high precision.
In summary, central lathes are mainly used in the following fields:
Automotive industry
Aerospace industry
Medical device industry
Electronic industry
Precision instrument industry
Precision hardware industry
Other parts processing fields that require high precision, high efficiency, and high degree of automation
