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Four-axis and five-axis CNC machining

4-Axis CNC Machining Technical Features: Adds a rotary axis (A or B axis) on top of the standard three axes (X/Y/Z). Typical Configuration: Vertical machining center + CNC indexing table (±0.02° accuracy). Capable of executing complex surface and circular feature machining. Core Advantages: - 30% efficiency improvement. - Multi-face machining completed in one setup (e.g., evenly distributed holes on a flange circumference). Typical Applications: - Automotive turbine housing oil channels. - Hydraulic valve block cross holes. - UAV propeller hub surfaces.

Category:

CNC Machining


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Product Description

4-Axis CNC Machining

Technical Features:

  • Adds a rotary axis (A or B axis) on the basis of the standard three axes (X/Y/Z)
  • Typical Configuration: Vertical machining center + CNC indexing table (±0.02° accuracy)
  • Capable of machining complex surfaces and circular features

Core Advantages:

  1. Efficiency increased by 30%
    • Multi-face machining completed in one setup (e.g., evenly distributed holes on flange circumference)
  2. Typical Applications: ​ 
    Automotive turbocharger housing oil channels 
    Hydraulic valve block cross-hole system 
    Drone propeller hub surfaces

Machining Parameters:

ItemParameter Range
Maximum swing diameterØ600mm
Positioning accuracy±8 arc seconds
Repeat positioning accuracy±5 arc seconds
Applicable materialsAluminum/Steel/Composite materials

5-Axis CNC Machining

Technical Features:

  • Dual rotary axis linkage (A/C or B/C axis)
  • Using DMG MORI 5-axis machining center (tool tip control accuracy 0.003mm)
  • Supports ultra-complex structures such as impellers and helical surfaces

Core Advantages:

  1. Integrated forming of complex parts
    • Impeller part machining cycle shortened by 50%
  2. Surface quality improvement
    • Continuous cutting with ball nose end mill (Ra up to 0.2μm)
  3. Typical Applications: ​ 
    Aero engine blades (titanium alloy) 
    Medical artificial joints (cobalt-chromium alloy) 
    Optical lens molds (electrolytic nickel-free) 
    Machining Parameters:
ItemHigh-end configuration
Swivel angle range±110°
Linkage accuracy0.005mm/100mm
Maximum spindle speed30,000rpm (HSK63)
Minimum machining featureØ0.1mm microstructure

Advantages of Jiahexing

Composite machining solutions

  • 5-axis turning and milling composite center: achieves synchronous turning + milling + drilling (e.g., special-shaped threaded housings)

Industry-specific process packages

  • Special CAM programming strategy for impeller machining (to avoid chatter)
  • Thin-wall deformation prevention tooling system (deformation <0.03mm)

Complete verification system

  • 100% of 5-axis machined parts undergo CMM inspection (with surface scanning function)

Typical lead time comparison:

Process typeTraditional processJiahexing solution
Impeller machining12 steps / 15 days5-axis one-time forming / 3 days
Special-shaped cavitiesMultiple setups / accuracy loss4-axis one-time completion

Sample support: First article inspection report issued within 72 hours (including material certification)

CNC Titanium Machining offers precise and high-quality fabrication of titanium components for aerospace, medical, automotive, and industrial applications. Using advanced computer numerical control (CNC) equipment, manufacturers achieve exceptional accuracy, tight tolerances, and complex geometries that are difficult to produce with traditional methods. Titanium's high strength-to-weight ratio, corrosion resistance, and biocompatibility make it ideal for critical applications. CNC machining ensures consistent performance, smooth surface finishes, and reliable dimensional accuracy, supporting both prototyping and large-scale production with efficiency and repeatability.

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