Precision aluminium alloy parts 5-axis CNC machining aluminium alloy machining

Due To The Large Amount Of Material Removal, Low Rigidity Weak Strength Of Aluminum Alloy Parts , They Are Prone To Large Deformation. It Is Difficult To Ensure The Processing Accuracy Surface Quality Of Precision Aluminum Alloy Parts After Processing. Therefore, The Manufacturing Process Requirements Of Precision Aluminum Alloy Processing Structural Parts Are Relatively High.

Precision Aluminum Alloy Parts Have The Following Process Characteristics:

1. More Drilling Tapping

For Precision Aluminum Alloy Processing Parts For Communications , Since Various Electronic Components Need To Be Installed, There Are Many Holes On The Parts, Drilling Tapping Account For A Large Proportion.

2. The Same Workpiece Needs To Be Processed On Multiple Surfaces In Multiple Processes, Which Requires High Efficiency

Precision Machining Of Aluminum Alloys Generally Involves Multiple Surfaces Being Machined Through Multiple Processes. Some Parts Require Machining On All Six Surfaces. When The Process Arrangement Of The Workpiece Is Good, The Frequency Of Repeated Assembly Disassembly Is High.

3. High Material Removal Rate High Precision Requirements

Due To The Requirements Of Miniaturization, Lightness High Precision Of Aluminum Alloy Parts, Most Parts Are Directly Processed A Whole Piece Of Aluminum, With A High Material Removal Rate, Some Parts Even Reach A Removal Rate Of More Than 95%. At The Same Time, There Are Many Thin-Walled, Small Cylindrical Shapes, Which Require Very High Precision.

In View Of The High Material Removal Rate Of Aluminum Alloy Complex Precision Structural Parts, Easy Deformation Of Thin-Walled Deep Cavity Processing, Complex Procedures With Frequent Clamping Of Six-Sided Features, The CNC Machining Process Has Undergone Fundamental Changes, Which Requires The Use Of Five-Axis CNC Machining , Which Has The Characteristics Of High Efficiency, High Precision, High Complexity, Greatly Improving The Machining Efficiency. Through Practice, A New Process For Machining Aluminum Alloy Parts Has Been Explored, Which Reduces Material Loss Significantly Improves Machining Efficiency, Workpiece Surface Quality, Yield Rate.

Five-Axis CNC Machining Technology Is Used For Complex Polyhedral Parts. Under One-Time Installation Conditions, The Additional Machine Tool Rotary Axis Can Easily Complete The Milling, Drilling, Boring Other Processing Of All Planes Except The Installation Base Surface; Only That, But When The Five-Axis CNC Processes Inclined Surfaces, The Rotation Of The Tool The Workpiece Can Make The Tool Closer To The Processing Surface Shorten The Tool Extension Length, Which Is Beneficial To Improving The Cutting Ability Tool Life; In Addition, It Can Also Solve The Processing Of Concave Surfaces That Cannot Be Solved By Relying On Linear Axis Movement.

Huiwen Undertakes

1. Customization Of Various Mechanical Parts , Processing Of Non-Standard Parts , Fixtures, Turning, Milling Grinding Parts Processing

2. Sheet Metal Production (Bending, Welding, Laser Engraving, Etc.)

3. Metal Surface Treatment Process (Ordinary Anode, Hard Anode, Conductive Anode, Color Anode, Blackening, Chrome Plating, Nickel Plating, Copper Plating, White Zinc, Color Zinc, Heat Treatment, Etc.

4. Additional Invoices General Invoices Can Be Issued.