In the era of lightweight, high-performance manufacturing, aluminum alloy stands as the preferred material. Yet, transforming it into precise, reliable parts demands not just advanced equipment, but deep process expertise—this is where we excel.
We deliver comprehensive advantages in aluminum machining:
Material Expertise & Guidance
We’re more than machinists—we’re material advisors. With in-depth knowledge of alloys like 6061, 7075, and 5083, we recommend the most suitable, cost-effective material for your part's performance needs.High-Efficiency Precision Machining
Our tailored process system for aluminum includes:A specialized PCD tooling and parameter library for high-speed, superior surface finishes.
Advanced deformation control techniques for thin-walled and complex structures, ensuring precision and stability.
Machining + Finishing Integration
We provide seamless post-processing, including expert anodizing (standard, colored, or hard coat) and combined treatments like sandblasting, for parts that excel in both function and appearance.Proven in Demanding Industries
Our solutions are trusted in:Automation & Robotics
Aerospace & Defense
High-End Consumer Electronics
Choosing us means partnering to optimize performance and accelerate your project—turning designs into competitive, lightweight realities.
| Series | Typical Grade | Main features and performance | Application |
|---|---|---|---|
| Series 1 (Pure AI) | 1060 | Low strength, good plasticity, excellent thermal and electrical conductivity, is easy to process but prone to sticking to the tool. | It is mainly used for chemical containers, conductive and heat-conductive parts, and has relatively few structural components. |
| Series 2 (AI-Cu） | 2024,2A12 | High-strength hard aluminum, but with poor corrosion resistance. Its processing performance is acceptable, the cutting tools need to be sharp. | Aircraft structural components, spacecraft, and high-strength structural components (usually requiring covering or coating protection). |
| 3 Series (AI-Mn) | 3003 | Anti-rust aluminum, with strength superior to Series 1, good formability, corrosion resistance and excellent processing performance. | Kitchenware, sheet metal parts, architectural decoration, pressure vessels. |
| 5 Series (AI-Mg) | 5052，5083 | Anti-rust aluminum, with good resistance to Marine atmosphere corrosion, medium strength, and a beautiful surface after processing. | Ships, automotive sheet metal parts, maritime equipment, mobile phone casings, pressure vessels. |
| 6 Series (AI-Mg-Si) | 6061,6063,6082 | The most commonly used mechanically processed aluminum alloy! It has excellent comprehensive performance, with outstanding strength, corrosion resistance, processability and weldability. It can achieve very high strength through T6 heat treatment. The surface anodizing effect is extremely good. | Universal material. It is widely applied in the frames of automated equipment, robot components, automotive parts, bicycle frames, molds, precision parts, etc. |
| 7 Series (AI-Zn-Mg-Cu) | 7075 | Super-hard aluminum/aviation aluminum has the highest strength, approaching that of steel, but its corrosion resistance is relatively poor. Its processing performance is acceptable (harder than 6 series, and the tool wears out faster). | Aerospace, military fields, high-end sports equipment (such as badminton rackets), high-stress structural components. |
| Cast Aluminum Alloy | A356,ADC12 | A356 can be heat-treated with T6 for die-casting or sand casting, and its performance is close to that of forged aluminum. ADC12 is a typical die-casting alloy with high strength and good casting fluidity. However, it has a high silicon content and is abrasive to the tool during processing. | A356 is used for high-quality castings such as automotive wheel hubs and engine casings. ADC12 is used for large-scale die-casting parts such as electrical enclosures and automotive transmission cases. |
