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CNC Manufacturing Case Studies

Real projects showcasing our precision machining capabilities across multiple industries.

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Case Type

CNC Machining Success Cases

Covering electronics, medical, automotive, communications and other fields, we solve complex challenges with professional technology and reliable delivery.

  • Automotive
  • Aerospace
  • Medical
  • New Energy
  • Electronics
  • Industrial
  • Robotics
  • Semiconductors
Cases

Driving Real lmpact for Our Customers

Automotive

High-Volume Machining of Aluminum Automotive Housings

We machined thousands of identical aluminum automotive housings using optimized CNC cycles and batch inspection to ensure tight tolerances, stable dimensions, and clean surface finishes.

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  • Automotive

    High-Volume CNC Machining for Automotive Components

    We machined thousands of identical automotive housings using optimized CNC processes and automated inspection to ensure tight tolerances, stable dimensions, and a consistent mirror finish.

Aerospace

Aerospace Brackets with Complex Internal Geometry

We machined lightweight aluminum aerospace brackets with internal pockets and thin walls using 5-axis machining and vibration-controlled fixturing, ensuring stability and accuracy through CMM inspection.

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  • Aerospace

    Lightweight Aerospace Bracket Machining

    We machined lightweight aluminum aerospace brackets with thin walls and internal pockets using 5-axis machining and stable fixturing, ensuring accuracy through CMM verification.

Medical

Precision Machining of Surgical Instrument Frames

We produced stainless steel surgical instrument frames with tight tolerances and smooth, burr-free edges using multi-axis machining and medical-grade polishing.

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New Energy

CNC Machining of Battery Cooling Plate Components

We machined aluminum cooling plate components with fine channels and flat sealing surfaces using precision milling and controlled finishing for consistent thermal performance.

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Electronics

Machining of High-Precision Sensor Enclosures

We produced aluminum sensor enclosures with tight internal features and EMI-safe walls using high-speed machining and fine finishing for electronics reliability.

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Industrial

Machined Steel Mounting Plates for Automation Systems

We machined complex steel mounting plates with deep pockets and precision holes using 5-axis milling and CMM inspection to maintain accuracy and prevent distortion.

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  • Industrial

    High-Volume Machining of Cylindrical Housings

    We machined high-volume precision cylindrical housings with multiple openings, using optimized CNC processes and CMM checks to maintain tight tolerances, stability, and a uniform finish.

Robotics

Precision Gearbox Housing Machining for Robotics

We machined compact gearbox housings with tight-fit bearing seats and fine surface finishes, using multi-axis CNC processes to ensure smooth robotic transmission performance.

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  • Robotics

    Precision Machining of Robotic Mounting Plates

    We produced complex steel robotic mounting plates with deep pockets and precise holes using 5-axis milling and CMM inspection to maintain accuracy and prevent distortion.

Semiconductors

Machining of Vacuum-Compatible Semiconductor Components

We machined semiconductor chamber parts with ultra-flat sealing surfaces and smooth cavities using ultra-fine finishing and strict contamination control.

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  • Semiconductors

    Semiconductor Vacuum Chamber Components

    We machined semiconductor vacuum chamber components with ultra-flat surfaces and smooth cavities using ultra-fine finishing and contamination control, with all parts passing vacuum and dimensional tests.

analyze

Analysis Of Processing Difficulties

  • Difficult-to-Machine Materials The component is made from high-strength alloys such as Inconel 718, which cause rapid tool wear, high heat generation, and require carefully controlled cutting parameters.
  • Structural Deformation Risks Thin-walled and cantilevered features increase vibration and deformation during machining, demanding stable fixturing and step-down toolpaths.
  • Extreme Precision Requirements Critical holes and interfaces must maintain micron-level tolerances, with full CMM verification to ensure alignment and repeatability.
  • Surface Integrity Standards No microcracks, burns, or tool marks are allowed on the finished part. Controlled finishing is required to guarantee fatigue strength and surface stability.
Solutions

CNC Machining Solutions

Comprehensive support for electronics, medical, automotive, aerospace, robotics, and other industries.

  • 02

    Equipment and Tools

    We select the right CNC machines, tools, and inspection systems to ensure consistent quality.

  • 03

    Quality Control

    CMM, optical checks, and full dimensional inspections ensure every part meets requirements.

  • 04

    Project Management

    From quote to delivery, we provide clear communication, updates, and technical support.

  • 01

    Process Planning

    We create optimized machining plans based on material, tolerances, and volume for stable, efficient production.

Showcases

High Precision Parts Showcases

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