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Thanks to its high-precision manufacturing process, the ENI-8-3030M aluminum profile achieves industry-leading levels of dimensional accuracy and surface finish, making it an ideal choice for automated assembly lines and other precision engineering projects. The properties of the lightweight material not only reduce structural weight and energy consumption, but also play an active role in improving energy efficiency.
The high-strength characteristics of ENI-8-3030M aluminum profiles allow them to withstand heavy loads and dynamic stresses, making them suitable for use in the construction of a wide range of mechanical supports and structural frames. Whether in automated equipment manufacturing, machining or building structures, this aluminum profile provides stable and reliable support.
The easy machinability of ENI-8-3030M aluminum profile allows it to be quickly adapted to a variety of customized needs by performing precise machining operations such as cutting, drilling, and tapping to suit different design and functional requirements. This flexibility and adaptability simplifies the design and construction process and improves engineering efficiency.
| Model | Physical Drawing | Data Map | Unit Mass | Moment Of Inertia | Sectional Resistance Moment |
|---|---|---|---|---|---|
| E&I-8-3030 |  |
 |
0.88kg/m | Ix:2.8cm4 Iy:2.8cm4 |
Wx:1.87cm3 Wy:1.87cm3 |
| E&I-8-3030F |  |
 |
0.9kg/m | Ix:2.9cm4 Iy:2.9cm4 |
Wx:1.93cm3 Wy:1.93cm3 |
| E&I-8-3030A |  |
 |
0.78kg/m | Ix:2.47cm4 Iy:2.47cm4 |
Wx:1.65cm3 Wy:1.65cm3 |
| E&I-8-3030ME |  |
 |
0.91kg/m | Ix:2.75cm4 Iy:3.11cm4 |
Wx:1.83cm3 Wy:2.07cm3 |
| E&I-8-3030M |  |
 |
0.9kg/m | Ix:3.0cm4 Iy:3.0cm4 |
Wx:2.00cm3 Wy:2.00cm3 |
| ENI-6-3030G |  |
 |
- | - | - |
| E&I-8-3030R |  |
 |
0.88kg/m | Ix:2.56cm4 Iy:2.56cm4 |
Wx:1.71cm3 Wy:1.71cm3 |
| E&I-8-3040 |  |
 |
1.42kg/m | Ix:6.80cm4 Iy:7.99cm4 |
Wx:3.4cm3 Wy:5.33cm3 |
| E&I-8-3060 |  |
 |
1.61kg/m | Ix:5.36cm4 Iy:20.28cm4 |
Wx:3.57cm3 Wy:6.76cm3 |
| ENI-6-3060C |  |
 |
- | - | - |
| E&I-8-3090 |  |
 |
2.39kg/m | Ix:7.92cm4 Iy:64.62cm4 |
Wx:5.28cm3 Wy:14.36cm3 |
| E&I-8-30120 |  |
 |
3.40kg/m | Ix:11.91cm4 Iy:172.57cm4 |
Wx:7.94cm3 Wy:28.76cm3 |
| E&I-8-30150 |  |
 |
7.40kg/m | Ix:23.79cm4 Iy:455.75cm4 |
Wx:15.86cm3 Wy:60.77cm3 |
| E&I-8-30150A |  |
 |
3.56kg/m | Ix:12.92cm4 Iy:265.86cm4 |
Wx:8.61cm3 Wy:35.45cm3 |
The profile undergoes an advanced anodic oxidation surface treatment process, which significantly enhances its wear and corrosion resistance, rendering it highly stable even in harsh environments.
They are extensively utilized in automated assembly lines, precision engineering structures, machinery supports, structural frames, and custom machining projects.
Yes. Because of its easy machinability, it can be easily cut, drilled, tapped, or otherwise custom machined to fit unique engineering configurations.
It minimizes the overall structural weight, which reduces energy consumption and enhances total operational energy efficiency without sacrificing load-bearing integrity.
It reaches industry-leading dimensional accuracy and a high-quality surface finish, making it perfect for demanding automated equipment and precise assemblies.
You can refer to the physical and data maps in the data table above, checking specifications like the Unit Mass, Moment of Inertia (Ix/Iy), and Sectional Resistance Moment (Wx/Wy) to match your load needs.
