Precision 4 axis CNC machining service
Numerical control machining technology applied in fields such as aerospace, automotive manufacturing, medical equipment, and electronic products
4 axis machining case presentation
Automation industry
Automation industry
Automation industry
Automation industry
Automation industry
4 axis machining
4 axis machining
4 axis machining
4 axis machining
4 axis machining
4 axis machining
4 axis machining
4 axis machining
4 axis machining
4 axis machining
4 axis machining
4 axis machining
4 axis machining
4 axis machining
4 axis machining
4 axis machining
Characteristics of 4 Axis Machining
4 axis machining is the addition of a rotating axis on the basis of 3 axis machining, making the machining process more complex and flexible.
1、High precision machining: Four axis machining can complete the machining of multiple surfaces of the workpiece in one clamping, reducing errors caused by repeated clamping and improving machining accuracy.
2、Complex parts machining: Four axis machining can achieve depth and angle extreme machining that three-axis machine tools cannot complete, such as complex parts such as fan blades and worm gears.
3、Efficiency: By completing the processing of multiple surfaces with one clamping, the processing efficiency is significantly improved, and the time for clamping and tool alignment is reduced.
4、Flexibility: Four axis machining has the ability of multi axis linkage control, which enables better flexibility when machining complex surfaces.
5、In addition, four axis machining also has advantages such as easy operation, accurate positioning, production automation, labor-saving, and high efficiency. In practical applications, attention should be paid to the selection and use of cutting tools, as well as the optimization of programming, to ensure the best performance of four axis machining
Application examples of 4 axis machining
1、Automotive parts processing: such as bumpers, interior parts, headlights and other plastic parts, with complex shapes and high requirements for size and surface quality. Four axis processing can complete the processing of these complex shapes in one go, improving production efficiency.
2、Aviation parts processing: Aviation parts have strict requirements for accuracy and shape, and four axis processing can meet these needs, such as using four axis adjustment fixtures for precise clamping and processing.
3、Typical parts on the production line, such as cylindrical camshafts, sleeve spiral drills, spiral columns (shafts), box type parts, cylindrical spiral gears, and flowmeter rotors, are all practical applications of four axis machining in the production line.
4、In summary, four axis machining is widely used in automotive, aviation, and general industrial production, and can meet the machining needs of high-precision and complex shaped parts. These examples demonstrate the flexibility and efficiency of four axis machining technology.
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