Precision CNC Turning Service

Our CNC turning service deliver exceptional rotational components with superior ±0.005mm precision tolerances. Our specialized capabilities include manufacturing precision shafts, bushings, and intricately threaded parts ranging from 2mm to 500mm in diameter—perfectly suited for demanding automotive, aerospace, and industrial manufacturing applications.

CNC turning

CNC Turning Core Capabilities

CNC turning specializes in rotational symmetry through two primary axes:

  • X-Axis Radial movement (±250mm travel)
  • Z-AxisAxial movement (±1000mm travel)
  • C-Axis (Optional)Rotational positioning for milling operations
Max Turning DiameterISO 10791-3
500 mm
Positioning AccuracyVDI/DGQ 3442
±0.005mm
Spindle SpeedHigh-speed steel tools
8,000 RPM

Feed Rate

0.01-25 mm/rev

Tool Life

50+ hours (carbide inserts)

Rotational Machining Process

Creates cylindrical features through coordinated spindle rotation and tool movement:

  • Outer Diameter (OD) Turning

    Reduces material from the workpiece exterior

  • Inner Diameter (ID) Boring

    Machines internal holes and threads

  • Thread Cutting

    Produces metric/imperial threads with precision pitch control

Tooling Options

  • Carbide turning tools
  • HSS threading dies
  • Diamond-tipped boring bars

Workholding

  • Three-jaw chucks
  • Collets for small diameters
  • Face plates for large workpieces

CNC Turning Advantages

Rotational Symmetry Expertise

Specialized in shafts, gears, and cylindrical components with perfect concentricity.

High-Speed Production

Up to 8,000 RPM spindle speed for rapid material removal in aluminum and steel.

Threading Precision

Produces accurate metric/imperial threads with pitch tolerances within ±0.01mm.

Material Versatility

Processes metals (titanium, stainless steel) and plastics (PEEK, Nylon) with consistent results.

Close Tolerances

Achieves ±0.005mm tolerance for critical fit components like aerospace fasteners.

Cost-Effective for Rotational Parts

Eliminates multi-step setups for cylindrical features compared to milling.

CNC Turning Limitations

Limited to Rotational Shapes

Not suitable for non-cylindrical parts like brackets or complex 3D geometries.

Tooling Complexity for ID Features

Deep bore machining requires specialized long-reach tools and careful chip evacuation.

Surface Finish Limitations

Standard finish is Ra 1.6μm—polishing needed for optical-grade surfaces (Ra < 0.2μm).

Ready to Machine Your Rotational Component?

Leverage our CNC turning expertise for precision shafts, gears, and threaded parts in 50+ materials.

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