Aluminum Parts Machining
Precision CNC Solutions
Adopt advanced five-axis CNC machines with tolerances up to ±0.005mm.
Support a variety of aluminum alloys (such as 6061, 7075, 5052) to meet the strength and corrosion resistance needs of your project.
Delivery time: prototypes in as fast as 5-7 days
Product Introduction
Welcome to experience our top aluminum processing services, where precision and innovation meet. We focus on providing high-quality CNC aluminum parts machining for industries such as aerospace, automotive, medical and electronics. With advanced equipment and a professional team, we ensure that each product meets the highest standards of precision, durability and performance.

Key attributes
|
CNC Machining or Not |
Cnc Machining |
Tolerance |
±0.002~±0.02mm |
|
Place of Origin |
Fujian, China |
Type |
Broaching, Drilling, Etching /Chemical Machining, Laser... |
|
Micro Machining or Not |
Not Micro Machining |
Model Number |
LV-15 |
|
Brand Name |
Heron-Alu |
Product name |
CNC machined aluminum parts |
|
Material |
7075, 5052, 6061, 6063, 2A12, 6083 |
Certificate |
IS09001 |
|
Manufacturer |
Yes |
Drawing Format |
PDF, igs, dwg, step, stp |
|
Payment |
TT,paypal/VISA |
Surface treatment |
anodizing/ polishing/ plating/ painting |
|
MOQ |
1pc |
Delivery Time |
1-3days |
|
Service |
OEM ODM CNC Drilling Milling Turning Machining Service |
||
Processing details
Overcoming the challenges of thin-walled aluminum processing
In aluminum processing, the processing of thin-walled parts is one of the most challenging links, especially in the aerospace and medical fields. Thin-walled aluminum parts are sometimes as thin as 0.5 mm. Due to their low rigidity, they are very prone to deformation, vibration or thermal expansion during processing.
The main difficulties in processing thin-walled aluminum parts include
Deformation: Cutting forces cause wall bending, affecting dimensional accuracy.
Vibration: High-speed machining causes chatter and poor surface finish.
Thermal deformation: The high thermal conductivity of aluminum causes heat accumulation, which may distort delicate structures.
Our solution
- Optimized tool path: Adaptive tool path is used to reduce cutting forces, reduce deformation and vibration risks. High-speed, shallow cutting ensures machining stability.
- Advanced fixture design: Custom vacuum fixtures and soft jaws fix the workpiece to avoid stress concentration and protect part geometry.
- Coolant management: Precisely control coolant injection to reduce heat accumulation, prevent thermal deformation, and extend tool life.
- Simulation and testing: Finite element analysis (FEA) is used to simulate stress distribution before machining, optimize process parameters, and ensure successful machining in one go.
Through the above methods, we successfully machined a thin-walled aluminum part for aerospace - the sensor module housing, with a wall thickness of only 0.4 mm, a surface roughness of Ra 0.8 microns, and a tolerance of ±0.01 mm. This part combines lightweight and structural strength, perfectly meeting the stringent requirements of customers and fully demonstrating our expertise in aluminum machining.

Aluminum Applications
Our CNC machined aluminum parts are widely used in:
- Aerospace: lightweight structural parts and housings.
- Automotive: engine components, brackets and radiators.
- Medical: surgical instruments and equipment housings.
- Electronics: heat dissipation components and electronic equipment housings.

Start your aluminum parts machining project
Ready to turn your design into reality? Contact us now for a free quote and our team will provide you with precision aluminum parts that exceed your expectations. Upload your files or share project details and we will tailor a solution for you.
Contact us now | Get a quote

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