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ENI-8-4040A aluminum profile is widely used in the medical field. It is lightweight and high-strength and can provide sufficient structural support. This feature is crucial for the stretcher trolley frame. Medical staff can easily push the stretcher trolley loaded with patients and flexibly shuttle through hospital corridors and elevators, greatly improving the efficiency of emergency transport. In the production of medical beds, it can reduce the overall weight while ensuring the stability of the bed, making it easier for nursing staff to adjust the bed angle, and also facilitates the transportation and installation of equipment.
In the hospital environment, chemicals such as disinfectants and detergents are frequently used, which requires extremely high corrosion resistance of materials. After the ENI-8-4040A aluminum profile is anodized, a dense oxide film is formed on the surface, which can effectively resist the erosion of various chemical reagents.
It will not rust or deform after long-term use, and does not require frequent replacement of parts, reducing the maintenance cost of medical equipment significantly.
ENI-8-4040A aluminum profiles have excellent processing performance and can customize various complex structures according to the special needs of medical equipment, perfectly adapting to the precision design of medical equipment.
From ordinary infusion stands to professional testing instrument casings, ENI-8-4040A can be used as an ideal material in the field of medical equipment manufacturing.
| Model | Physical Drawing | Data Map | Unit Mass | Moment Of Inertia | Sectional Resistance Moment |
|---|---|---|---|---|---|
| E&I-6-4040 |  |
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1.25kg/m | Ix:8.65cm4 Iy:8.65cm4 | Wx:4.33cm3 Wy:4.33cm3 |
| E&I-8-4040F |  |
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1.81kg/m | Ix:11.23cm4 Iy:11.23cm4 | Wx:5.62cm3 Wy:5.62cm3 |
| E&I-8-4040GG |  |
 |
1.32kg/m | Ix:7.73cm4 Iy:7.73cm4 | Wx:3.87cm3 Wy:3.87cm3 |
| E&I-8-4040T |  |
 |
0.89kg/m | Ix:5.09cm4 Iy:5.09cm4 | Wx:2.55cm3 Wy:2.55cm3 |
| E&I-8-4040LC |  |
 |
1.13kg/m | Ix:6.37cm4 Iy:6.37cm4 | Wx:3.18cm3 Wy:3.18cm3 |
| E&I-8-4040W |  |
 |
1.33kg/m | Ix:7.82cm4 Iy:7.82cm4 | Wx:3.91cm3 Wy:3.91cm3 |
| E&I-8-4040B |  |
 |
1.64kg/m | Ix:8.65cm4 Iy:8.65cm4 | Wx:4.33cm3 Wy:4.33cm3 |
| E&I-8-4040LD |  |
 |
1.05kg/m | Ix:6.21cm4 Iy:6.21cm4 | Wx:3.11cm3 Wy:3.11cm3 |
| E&I-8-4040C |  |
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1.29kg/m | Ix:7.32cm4 Iy:7.32cm4 | Wx:3.66cm3 Wy:3.66cm3 |
| E&I-8-4040D |  |
 |
1.85kg/m | Ix:9.98cm4 Iy:9.98cm4 | Wx:4.99cm3 Wy:4.99cm3 |
| E&I-8-4040E |  |
 |
1.67kg/m | Ix:8.96cm4 Iy:8.96cm4 | Wx:4.48cm3 Wy:4.48cm3 |
| E&I-8-4040EE |  |
 |
1.65kg/m | Ix:8.63cm4 Iy:8.96cm4 | Wx:4.32cm3 Wy:4.48cm3 |
| E&I-10-4040H |  |
 |
1.51kg/m | Ix:8.65cm4 Iy:8.65cm4 | Wx:4.33cm3 Wy:4.33cm3 |
| E&I-8-4040R |  |
 |
1.50kg/m | Ix:7.10cm4 Iy:7.10cm4 | Wx:3.55cm3 Wy:3.55cm3 |
| E&I-10-4060H |  |
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2.27kg/m | Ix:13.33cm4 Iy:27.69cm4 | Wx:6.67cm3 Wy:9.23cm3 |
| E&I-8-4080GA |  |
 |
2.31kg/m | Ix:14.41cm4 Iy:54.58cm4 | Wx:7.21cm3 Wy:13.65cm3 |
| E&I-8-4080C |  |
 |
2.22kg/m | Ix:13.72cm4 Iy:52.30cm4 | Wx:6.86cm3 Wy:13.08cm3 |
| E&I-8-4080M |  |
 |
2.28kg/m | Ix:13.99cm4 Iy:52.91cm4 | Wx:7.00cm3 Wy:13.23cm3 |
| E&I-8-4080F |  |
 |
3.30kg/m | Ix:19.66cm4 Iy:79.30cm4 | Wx:9.83cm3 Wy:19.83cm3 |
| E&I-10-4080H |  |
 |
2.64kg/m | Ix:16.14cm4 Iy:61.71cm4 | Wx:8.07cm3 Wy:15.43cm3 |
| E&I-8-4080 |  |
 |
2.94kg/m | Ix:16.48cm4 Iy:65.91cm4 | Wx:8.24cm3 Wy:16.48cm3 |
| E&I-8-4080I |  |
 |
3.26kg/m | Ix:19.11cm4 Iy:73.31cm4 | Wx:9.56cm3 Wy:18.33cm3 |
| E&I-8-40120 |  |
 |
4.28kg/m | Ix:25.52cm4 Iy:219.79cm4 | Wx:12.76cm3 Wy:36.63cm3 |
| E&I-8-40120E |  |
 |
4.65kg/m | Ix:25.96cm4 Iy:238.31cm4 | Wx:12.98cm3 Wy:39.71cm3 |
| E&I-8-40160 |  |
 |
6.23kg/m | Ix:39.83cm4 Iy:559.92cm4 | Wx:19.92cm3 Wy:69.99cm3 |
| E&I-8-40160B |  |
 |
5.24kg/m | Ix:31.92cm4 Iy:457.75cm4 | Wx:15.96cm3 Wy:57.22cm3 |
Its lightweight yet high-strength structure provides outstanding load-bearing capacity while drastically reducing overall trolley weight. This allows medical personnel to maneuver patients easily and navigate hospital environments rapidly.
Anodizing forms a dense, defensive oxide film on the aluminum surface. This barrier resists chemical corrosion caused by aggressive disinfectants, cleaning agents, and typical hospital sterilizing routines.
Yes. Thanks to its superior processing properties, this profile type can be cut, drilled, and custom-configured into complex structures to meet the precise engineering demands of modern medical devices.
Absolutely. The combination of its robust structural grade and surface anodization ensures that the material does not rust, degrade, or deform even under constant heavy use and sanitization cycles.
Beyond stretcher trolleys and beds, it is highly recommended for medical carts, transport systems, stable infusion stands, and structural framing for diagnostic instrument casings.
