Automotive Magnesium Parts Manufacturing

Machining complex Magnesium automotive components with 5-axis precision, validated quality processes, and repeatable production for demanding vehicle applications.

Talk with Experts
Introduction

Advanced Magnesium
CNC Manufacturing

We provide advanced Magnesium CNC machining for automotive structural and electronic applications, supporting OEM programs with consistent quality, engineering validation, and scalable production from prototype stages to high-volume manufacturing environments.
  • IATF 16949 Aligned Workflow 
  • Engineering DFM Collaboration Support  
  • Multi-Axis Machining Capability 
  • Reliable Supply Chain Output
Advantages

Magnesium Material Advantages

  • Weight Reduction

    Magnesium significantly reduces vehicle mass, improving fuel efficiency and extending electric vehicle driving range effectively.

  • High Stiffness

    Provides strong structural rigidity while maintaining low density, ideal for precision automotive load-bearing components.

  • Thermal Control

    Efficient heat dissipation supports stable performance in high-temperature automotive electronic and powertrain environments.

  • Machining Efficiency

    Excellent machinability enables faster CNC production cycles, reducing lead time and production costs significantly.

Alloy

Top Automotive Magnesium Grades

  • AZ91D Alloy
    Commonly used for automotive housings due to excellent castability and resistance to corrosion; limited ductility; used in transmission housings and electronic enclosures.
    Get a Quote
  • AM60 Alloy
    Preferred for crash-resistant structural parts; good energy absorption but moderate strength; used in steering wheels and seat frames.
    Get a Quote
  • AM50 Alloy
    Higher ductility than AM60, suitable for dynamic loading; lower strength; used in instrument panel supports and interior brackets.
    Get a Quote
  • ZK60 Alloy
    High strength and good fatigue resistance; harder to machine and less corrosion resistant; used in aerospace-grade automotive suspension components and brackets.
    Get a Quote
  • AZ91D Alloy
  • AM60 Alloy
  • AM50 Alloy
  • ZK60 Alloy
Applications

Where Magnesium is Used

  • AZ91D Alloy

    Magnesium’s excellent machinability enables thin-wall CNC production, reducing weight while maintaining structural rigidity and thermal stability.

  • AM60 Alloy

    CNC machining allows tight-tolerance magnesium transmission housings with complex internal channels and reduced machining cycle times.

  • AM50 Alloy

    Magnesium supports precision machining of lightweight brackets, improving vehicle responsiveness and reducing overall assembly mass.

  • ZK60 Alloy

    Ideal for CNC production of intricate interior support frames, balancing rigidity, damping, and dimensional stability for electronics integration.

FAQs

Frequently Asked Questions

What tolerances can you achieve?
We routinely achieve ±0.005 mm tolerances on Magnesium CNC parts, depending on geometry, part size, and functional requirements in automotive applications.
Can you handle high-volume production?
Yes, our CNC systems support scalable Magnesium production from single prototypes to large automotive batch manufacturing with consistent quality.
How do you ensure quality control?
We apply full-process inspection using CMM and in-process checks, ensuring dimensional accuracy, repeatability, and defect prevention across all Magnesium parts.
What is the typical production lead time?
Lead times vary by complexity, typically 1 day for prototypes and 4–7 days for batch Magnesium automotive production.
Do you support automotive documentation?
Yes, we fully support PPAP, APQP, FAI, and IMDS documentation to meet OEM and Tier 1 supplier compliance requirements.