High-Quality ENI-8-40120Y aluminum profile, small industrial assembly line mechanical frame equipment Product, EI

Industrial aluminum profile ENI-8-40120Y is essential for small industrial assembly line mechanical frame equipment. The bottom of the frame can use ENI-8-4040 series aluminum profiles as columns.

Product Description

Model Physical Drawing Data Map Unit Mass Moment Of Inertia Sectional Resistance Moment
E&I-6-4040 ENI-8-4040C ENI-8-4040C_00 1.25kg/m Ix:8.65cm4 Iy:8.65cm4 Wx:4.33cm3 Wy:4.33cm3
E&I-8-4040F 4040f E4040F 1.81kg/m Ix:11.23cm4 Iy:11.23cm4 Wx:5.62cm3 Wy:5.62cm3
E&I-8-4040GG 4040GG E4040GG 1.32kg/m Ix:7.73cm4 Iy:7.73cm4 Wx:3.87cm3 Wy:3.87cm3
E&I-8-4040T ENI-8-4040T ENI-8-4040T_00 0.89kg/m Ix:5.09cm4 Iy:5.09cm4 Wx:2.55cm3 Wy:2.55cm3
E&I-8-4040LC ENI-8-4040LC ENI-8-4040LC_00 1.13kg/m Ix:6.37cm4 Iy:6.37cm4 Wx:3.18cm3 Wy:3.18cm3
E&I-8-4040W ENI-8-4040W ENI-8-4040W_00 1.33kg/m Ix:7.82cm4 Iy:7.82cm4 Wx:3.91cm3 Wy:3.91cm3
E&I-8-4040B bnvcuj-300x300 ENI-8-4040B_00-300x300 1.64kg/m Ix:8.65cm4 Iy:8.65cm4 Wx:4.33cm3 Wy:4.33cm3
E&I-8-4040LD ENI-8-4040LD ENI-8-4040LD_00 1.05kg/m Ix:6.21cm4 Iy:6.21cm4 Wx:3.11cm3 Wy:3.11cm3
E&I-8-4040C ENI-8-4040LC ENI-8-4040LC_00 1.29kg/m Ix:7.32cm4 Iy:7.32cm4 Wx:3.66cm3 Wy:3.66cm3
E&I-8-4040D ENI-8-4040D ENI-8-4040D_00 1.85kg/m Ix:9.98cm4 Iy:9.98cm4 Wx:4.99cm3 Wy:4.99cm3
E&I-8-4040E ENI-8-4040E ENI-8-4040E_00 1.67kg/m Ix:8.96cm4 Iy:8.96cm4 Wx:4.48cm3 Wy:4.48cm3
E&I-8-4040EE ENI-8-4040EE ENI-8-4040EE_00 1.65kg/m Ix:8.63cm4 Iy:8.96cm4 Wx:4.32cm3 Wy:4.48cm3
E&I-10-4040H 4040h E4040H 1.51kg/m Ix:8.65cm4 Iy:8.65cm4 Wx:4.33cm3 Wy:4.33cm3
E&I-8-4040R ENI-8-4040R ENI-8-4040R_00 1.50kg/m Ix:7.10cm4 Iy:7.10cm4 Wx:3.55cm3 Wy:3.55cm3
E&I-10-4060H ENI-10-4060H ENI-10-4060H_00 2.27kg/m Ix:13.33cm4 Iy:27.69cm4 Wx:6.67cm3 Wy:9.23cm3
E&I-8-4080GA ENI-8-4080GA ENI-8-4080GA_00 2.31kg/m Ix:14.41cm4 Iy:54.58cm4 Wx:7.21cm3 Wy:13.65cm3
E&I-8-4080C 4080C E4080C 2.22kg/m Ix:13.72cm4 Iy:52.30cm4 Wx:6.86cm3 Wy:13.08cm3
E&I-8-4080M ENI-8-4080M ENI-8-4080M_00 2.28kg/m Ix:13.99cm4 Iy:52.91cm4 Wx:7.00cm3 Wy:13.23cm3
E&I-8-4080F 4080f E4080F 3.30kg/m Ix:19.66cm4 Iy:79.30cm4 Wx:9.83cm3 Wy:19.83cm3
E&I-10-4080H ENI-10-4080H ENI-10-4080H_00 2.64kg/m Ix:16.14cm4 Iy:61.71cm4 Wx:8.07cm3 Wy:15.43cm3
E&I-8-4080 ENI-8-4080 ENI-8-4080_00 2.94kg/m Ix:16.48cm4 Iy:65.91cm4 Wx:8.24cm3 Wy:16.48cm3
E&I-8-4080I ENI-8-4080I ENI-8-4080I_00 3.26kg/m Ix:19.11cm4 Iy:73.31cm4 Wx:9.56cm3 Wy:18.33cm3
E&I-8-40120 ENI-8-40120E ENI-8-40120_00 4.28kg/m Ix:25.52cm4 Iy:219.79cm4 Wx:12.76cm3 Wy:36.63cm3
E&I-8-40120E ENI-8-40120E ENI-8-40120E_00 4.65kg/m Ix:25.96cm4 Iy:238.31cm4 Wx:12.98cm3 Wy:39.71cm3
E&I-8-40160 ENI-8-40160 ENI-8-40160_00 6.23kg/m Ix:39.83cm4 Iy:559.92cm4 Wx:19.92cm3 Wy:69.99cm3
E&I-8-40160B ENI-8-40160B ENI-8-40160B_00 5.24kg/m Ix:31.92cm4 Iy:457.75cm4 Wx:15.96cm3 Wy:57.22cm3

In small industrial production scenarios, a stable and efficient assembly line frame is the core foundation for ensuring production operations. ENI-8-40120Y industrial aluminum profiles are the preferred material for such equipment frames. The construction of the assembly line frame follows the design logic of stress priority: the bottom of the frame uses ENI-8-4040 series aluminum profiles as support columns, and an aluminum profile of the same series is arranged on each side as a transverse connecting rod.

An additional ENI-8-40120Y aluminum profile is installed between the two horizontal bars for longitudinal connection to form a triangular stress structure, which greatly improves the overall stability of the frame and avoids shaking and deformation during long-term operation.

Triangular Stress Structure
Longitudinal ENI-8-40120Y profiles form a triangular configuration, greatly improving frame stability and preventing deformation during long-term operation.
Main Load-Bearing Beams
Upper and lower main beams both use ENI-8-40120Y profiles. Angle aluminum ribs on the longest main profile enable anti-falling transport without custom baffles.
Adjustable Leveling Hoofs
All-adjustable hoofs at the frame base prevent slipping and shifting, level the equipment precisely, and increase surface friction for improved operating safety.

In terms of connection technology, the profile connection is basically fixed with built-in connectors, and the exterior is reinforced with corner codes and bolts for secondary reinforcement. This not only keeps the outer surface of the frame clean and beautiful, but also further strengthens the connection strength to meet the stress requirements of long-term high-frequency operation.

The conveyor part is equipped with a green conveyor belt made of PU material, which is a common choice for domestic factories. It is not only high-strength, wear-resistant and corrosion-resistant, but also meets the production hygiene requirements of many industries such as food and electronics. With a belt conveyor drive, the transportation efficiency is much higher than manual sorting and transfer, and the production smoothness is greatly improved.

Anodized Surface Protection
All profiles have been anodized, forming a dense and hard aluminum oxide protective film on the surface, which is resistant to acid and alkali corrosion and is not easy to rust, effectively extending the service life of the assembly line.
Modular & Flexible Modification
The modular connection method makes later maintenance and modification adjustments more convenient. No fire cutting is required — modification can be completed by simply adjusting the connectors, ideal for flexible production layout changes.
Cost-Effective for SMEs
More suitable for the needs of small and medium-sized factories to flexibly adjust the production layout. A cost-effective choice for small industrial assembly lines compared to conventional welded steel structures.

Compared with the traditional welded steel frame structure, the advantages of the aluminum profile frame are very prominent, making it a reliable, durable, and adaptable foundation for modern small industrial production environments.

Frequently Asked Questions (FAQ)
Q: What are the benefits of using ENI-8-40120Y aluminum profiles?
ENI-8-40120Y aluminum profiles offer high stability, heavy load-bearing capabilities, and are highly customizable. They are ideal for industrial assembly line frames and support structures due to their optimized strength-to-weight ratio.
Q: How does the triangular stress structure improve frame stability?
By integrating a longitudinal ENI-8-40120Y aluminum profile between two horizontal support rods, the frame achieves a robust triangular layout that resists twisting, shaking, and structural deformation during long-term operation.
Q: What connection technology is used to secure the assembly line frames?
The profiles are connected internally using built-in connectors for a clean external look, and further reinforced externally with high-strength corner codes and bolts to withstand continuous operational stress.
Q: Why is PU material chosen for the conveyor belt system?
PU (Polyurethane) material is highly durable, wear-resistant, and corrosion-resistant. It complies with the hygienic production standards of food, electronics, and pharmaceutical industries, ensuring safe and smooth product transport.
Q: How do aluminum frames compare to traditional welded steel frames?
Aluminum frames feature an anodized protective layer to prevent rust and corrosion without painting. Furthermore, they use a modular design allowing flexible, fire-free modifications, unlike permanent and heavy welded steel.

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