The Five-axis, Four-axis-vertical Machining Centre

The five-axis, four-axis-vertical machining centre is a high-precision turning-milling composite machine. Employing a vertical spindle structure combined with multi-axis interlocking functionality, it is primarily suited for complex geometries with substantial radial dimensions and short axial lengths, such as precision housings and cavity components. These components frequently involve multi-faceted hole patterns and planar machining, such as valve bodies, housing frames, or 3C electronic enclosures. The machine efficiently completes multiple operations—including milling, drilling, reaming, and boring—in a single setup, significantly reducing positioning errors. Additionally, it excels at machining intricate curved surfaces and mould components, such as curved moulds, injection mould frames, or impellers. Simultaneous four-axis motion enables inclined side and multi-angle milling without part reversal, enhancing surface finish and machining precision. Moreover, for blades and rotary components like turbine blades, propellers, or watch dials, the machine's rotary axis configuration flexibly handles multi-angle curved surface cutting. This proves particularly advantageous for non-ferrous metals or high-strength alloy materials in aerospace and precision instrumentation applications. Overall, this machining centre excels in processing heavy or irregular multi-faceted structural components, such as aerospace frames or energy equipment parts. It reduces machining cycles by 20%-40% while maintaining micron-level precision control, serving demanding industries including aerospace, automotive moulds, and 3C electronics.