Dual-Station Six-Axis CNC Deburring Machine for Aluminium Casting Parts

 Dual-Station Six-Axis CNC Deburring Machine for Aluminium Casting Parts

Our dual-station six-axis CNC deburring machine is built to perfect aluminium die-cast parts, handling all the essential secondary operations like drilling, tapping, deburring, finishing, and assembly. The result? High-quality, ready-to-use components straight off the line.

Machine Setup and Capabilities

  • Six-Axis CNC Flexibility: With X, Y, Z, A, B, and C axes, this machine handles complex, precise finishes on a variety of parts.
  • Smart Control System: Powered by the Baoyuan system, with RTCP (Rotating Tool Center Point) for precision on intricate parts.
  • Adaptable Tool Holder: Fits various tools like end mills, rotary files, wire brushes, floating files, belt sanders, and air grinders—covering deburring, cleaning, and polishing in one seamless setup.
  • Sturdy Cast-Iron Body: Built for durability and smooth operation, even at high speeds.
  • High Precision: Holds repeat accuracy at ±0.1 mm for consistent, top-quality results.
  • Custom Fit: Tailored dimensions to meet specific product specs, with options for automatic loading/unloading and production line integration.


The relationship between CNC deburring machines and the density of aluminum and its alloys lies primarily in machining performance, material handling, and final product quality. Here’s a closer look at how they interrelate:

1. Tooling Selection and Wear

  • Density Factor: The density of aluminum and its alloys, though relatively low compared to steels, still varies by alloy composition (typically around 2.7 g/cm³ for pure aluminum). Heavier alloys, often with higher silicon or copper content, can affect tooling wear.
  • Deburring Impact: CNC deburring machines can be optimized for specific aluminum alloys, as harder or denser aluminum alloys may require more robust, wear-resistant tools like carbide to manage abrasion efficiently.

2. Deburring Machine Force and Pressure Adjustments

  • Density Sensitivity: Since aluminum is softer than many other metals, CNC machines used for deburring require carefully controlled pressure to avoid over-removal of material or damage to the workpiece.
  • Application for Alloys: Adjusting the deburring machine to account for the density and hardness of specific aluminum alloys ensures consistency in deburring quality, especially in delicate applications like aerospace or automotive parts.

3. Precision and Surface Quality

  • Density and Part Consistency: The lower density of aluminum enables precise CNC deburring with minimal force, allowing the removal of burrs without distorting or impacting the part structure.
  • Surface Finish: CNC deburring machines equipped with tools that match the density characteristics of aluminum alloys produce smoother finishes, especially critical in applications requiring high aesthetic or functional surface quality.

4. Machining Speeds and Heat Control

  • Heat Dissipation Needs: Due to aluminum’s relatively high thermal conductivity, CNC machines are often optimized to prevent overheating during high-speed deburring, particularly with dense alloys.
  • Heat and Density Correlation: Dense aluminum alloys may require a deburring machine with cooling capabilities or adjustable spindle speeds to ensure optimal material removal without compromising the alloy’s integrity.

5. Customized Tool Paths and Automation

  • Tool Paths for Alloy Properties: The density of aluminum alloys impacts the deburring process path, with more complex alloy structures requiring specialized CNC programming for efficient material removal.
  • Automated Processes: In automated CNC deburring machines, aluminum’s density allows for streamlined, low-resistance tool paths, which enhances throughput and consistency in high-volume production settings.

In summary, the density of aluminum and its alloys directly influences CNC deburring machine setup, including tooling, pressure, heat control, and automation, to achieve precise and efficient deburring with minimal wear and maximum quality.

Award-Winning Engineering and Product Support

Our engineering team provides bespoke tooling and part solutions, taking your product smoothly from concept to completion with precision and expertise.

Ready to take your aluminium casting parts to the next level? Contact us today to discuss how our CNC deburring machine can elevate your process and product quality!

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