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Aluminum Alloy CNC Machining Guide

1. Material selection:

1.1 Aluminum alloy selection:

Common aluminum alloys include 6061, 7075, etc. Choose the appropriate alloy based on the requirements of part strength, corrosion resistance, and machinability.

1.2 Material Status:

Considering the material state, T6 state can provide higher strength and hardness.

2. Parts that can be made:

2.1 Structural components:

Aircraft components, automotive body structures, etc.

2.2 Aviation parts:

Engine components, wing connectors, etc.

2.3 Electronic device casing:

High strength and lightweight shell components.

3. Applied process:

3.1 CNC milling:

Used for making parts with flat surfaces, grooves, and complex contours.

3.2 CNC Drilling:

Used for hole machining on aluminum alloys, such as hole rows and positioning holes.

3.3 CNC turning:

Produce cylindrical parts and rotationally symmetric parts.

4. Quality inspection requirements:

4.1 Dimensional measurement:

Use coordinate measuring machines and other equipment to accurately measure the dimensions of parts.

4.2 Surface quality inspection:

Visually inspect the surface to ensure there are no defects, scratches, or other imperfections.

4.3 Hardness testing:

Conduct hardness testing to ensure compliance with design requirements.

5. Transportation requirements:

5.1 Packaging:

Use shock-absorbing materials for packaging to ensure that the parts are not damaged during transportation.

5.2 Labels and Documents:

Attach clear labels and handling instructions on the packaging.

Provide detailed documents, including CAD files, manufacturing process instructions, and quality inspection reports.

Conclusion:

By following this aluminum alloy CNC machining guide, you will be able to efficiently produce aluminum alloy parts that meet high-quality standards, ensuring their reliability and accuracy during design, manufacturing, and transportation.