CNC Millturn Services

Your trusted expert in precision milling and turning services — Xinqida.

  • CNC millturn machining reduces production time by up to 40%
  • ±0.005mm Tight Tolerance
  • We deliver top-quality finishes with surface roughness as low as 0.8µm
  • Advanced tools (e.g., Zeiss CMM) drive our defect rate below 0.01%.
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CNC Millturn Machining Services

Why Choose CNC Millturn Machining

Core advantages of turn-mill composite machines: complete multiple processes with one-time clamping, stable precision, high efficiency, cost reduction, and capability to process complex parts.
  1. High efficiency: Less turnover, time-saving, and processing cycle 30%-50% faster than traditional equipment.
  2. Stable precision: Reduced clamping errors, strong shock resistance, and reliable long-term processing accuracy.
  3. Cost-effective: One machine replaces multiple traditional ones, saving equipment, workshop space, labor, and reducing scrap rates.
  4. Versatile: Capable of processing curved surfaces and special-shaped parts, compatible with difficult-to-machine materials, and flexible for product changeovers.
CNC Millturn Machining Services
E.g., K520DT

CNC Millturn Machining Applications

Electronics

Mill-Turn machining finds wide application in the electronics industry, supporting both prototyping and mass production of precision electronic components.

This advanced process enables the efficient manufacturing of intricate parts with tight tolerances and consistent quality.

Key electronic components produced using Mill-Turn technology include:

  • Circuit board housings
  • Heat sinks and cooling components
  • Connectors and terminal pins
  • LED light guide components
  • Sensor housings
  • Precision mounts and brackets

Automotive

Mill-Turn machining plays a vital role in the automotive industry, supporting both prototype development and large-scale production of precision components.
This integrated machining method allows for efficient production of complex parts with tight tolerances and excellent surface quality.

Key automotive components manufactured using Mill-Turn technology include:

  • Transmission shafts and sleeves
  • Steering system components
  • Brake pistons and housings
  • Engine connecting parts
  • Suspension system pins and bushings
  • Customized precision fasteners

Aerospace

Mill-Turn machining is widely applied in the aerospace industry, supporting both prototype development and large-scale production of high-precision components.
This advanced process enables efficient manufacturing of complex, multi-feature parts while ensuring superior accuracy and surface integrity.

Key aerospace components produced using Mill-Turn technology include:

  • Aircraft engine shafts
  • Turbine housings
  • Landing gear components
  • Structural brackets and connectors
  • Hydraulic valve bodies
  • Precision sensor housings

Medical

Mill-Turn machining is extensively used in the medical industry, supporting both prototyping and mass production of precision medical components.
This advanced machining process ensures high accuracy, excellent surface finish, and compliance with strict medical standards.

Key medical components produced using Mill-Turn technology include:

  • Surgical instrument shafts
  • Orthopedic implant components
  • Dental implant abutments
  • Medical device housings
  • Precision syringe and pump components
  • Endoscopic instrument parts

Robotics

Mill-Turn machining finds extensive application in the robotics industry, supporting both prototyping and mass production of high-precision robotic components.

This advanced process enables the efficient production of complex parts with tight tolerances and excellent surface finish.

Key robotic components produced using Mill-Turn technology include:

  • Robotic arm joints and shafts
  • Precision gear housings
  • End-effector mounting plates
  • Actuator components
  • Servo motor housings
  • Sensor and encoder brackets

Semiconductor

Mill-Turn machining finds extensive application in the semiconductor industry, supporting both prototyping and mass production of precision semiconductor components.
This advanced process ensures high accuracy, tight tolerances, and superior surface quality for critical parts.

Key semiconductor components produced using Mill-Turn technology include:

  • Wafer handling chucks
  • Precision alignment pins
  • Vacuum chamber components
  • Sensor and probe housings
  • Lithography stage parts
  • Custom precision fixtures

Order mill-turn prototypes/production parts today.

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CNC Millturn Machining

FAQ's

What is CNC MillTurn machining, and how does it benefit my precision component orders?

CNC MillTurn machining is an advanced hybrid manufacturing process that combines CNC turning (rotating the workpiece to shape external diameters) and CNC milling (cutting with rotating tools) in a single machine setup. Unlike traditional separate turning and milling operations, MillTurn services eliminate the need for multiple machine setups, reducing production time, minimizing human error, and ensuring tighter tolerances for your CNC machining parts.

 

For your orders, this means: faster lead times (up to 40% shorter than traditional processes), higher precision (±0.005mm tolerance), and lower production costs (fewer setups = less labor/material waste). It’s ideal for complex, high-precision components that require both turning and milling features (e.g., threaded shafts, gear hubs, custom fasteners).

Which industries and part types are best suited for your CNC MillTurn services?

Our CNC MillTurn machining services are tailored for industries that demand precision, complexity, and consistency—including automotive, aerospace, medical devices, electronics, robotics, and industrial machinery.

 

Common part types we specialize in:

 
  • Precision shafts, bushings, and pins with milled flats/grooves
  • Gear blanks, pulleys, and sprockets with threaded or tapped features
  • Custom fasteners, connectors, and fittings (metric/imperial standards)
  • Medical components (e.g., surgical instrument parts, implantable accessories)
  • Aerospace hardware (lightweight, high-strength alloy components)
     

    If your part requires both turning (cylindrical shapes) and milling (prismatic features) in one operation, MillTurn is the most efficient solution for your CNC machining parts.

What materials can you process with CNC MillTurn machining?
We support a wide range of engineering materials to meet diverse industry requirements for CNC MillTurn services, including:
 
  • Metals: Aluminum (6061, 7075), stainless steel (304, 316), carbon steel (1018, 4140), alloy steel, titanium, brass, copper, and Inconel (for high-temperature applications)
  • Plastics: PEEK, Delrin (acetal), Nylon, PVC, and ABS (for lightweight, corrosion-resistant parts)
  • Specialty materials: Hastelloy, Monel, and ceramic composites (for aerospace/medical critical components)
     

    Our Swiss-type MillTurn machines are equipped with live tooling and high-pressure coolant systems to handle both soft and hard materials (up to 60 HRC) with exceptional surface finish (Ra 0.8–1.6 μm) and dimensional accuracy.

How do you ensure quality control for CNC MillTurn machined parts?
Quality is the core of our CNC MillTurn machining services—we implement a full-cycle quality control (QC) process to deliver defect-free CNC machining parts:
 
  1. Pre-production: Verify CAD/CAM files (SolidWorks, AutoCAD, STEP/IGES) and material certifications (ISO 9001:2015 compliant)
  2. In-process inspection: Use in-machine probes and laser measuring tools to monitor tolerances during production, avoiding deviations
  3. Post-production testing: Conduct 100% visual inspections, dimensional checks with CMM (Coordinate Measuring Machine), and surface finish testing
  4. Documentation: Provide detailed QC reports, material certificates (MTC), and traceability records for every batch (critical for aerospace/medical clients)
     

    All our CNC MillTurn machines are calibrated regularly, and our technicians are certified in precision machining—ensuring your parts meet ANSI, DIN, or custom tolerance standards.

What information do I need to provide to get a custom quote for CNC MillTurn services?
To deliver an accurate, fast quote for your CNC MillTurn machining project, please share:
 
  1. Detailed 2D/3D drawings (STEP, IGES, DXF, or SolidWorks files) with specified tolerances (e.g., ±0.01mm)
  2. Material type (e.g., 316 stainless steel, 6061 aluminum) and material grade
  3. Production quantity (prototyping, small-batch, or mass production)
  4. Surface finish requirements (e.g., anodizing, plating, powder coating)
  5. Delivery deadline and special requirements (e.g., FDA compliance for medical parts, RoHS for electronics)
     

    Once we receive these details, our engineering team will review your project and provide a competitive quote within 24 hours. We also offer free design for manufacturability (DFM) advice to optimize your part for CNC MillTurn efficiency—reducing costs and lead times!