EI ENI-8-4040F aluminum profile is a commonly used aluminum profile that can be used as a workbench top Factories, Service

ENI-8-4040F aluminum profile is used as the column bracket, with stainless steel countertop and anti-static wooden board as the workbench table. The size can be customized according to the conventional range.

Product Description

The ENI-8-4040F aluminum profile anti-static workbench uses high-standard aluminum profiles as the core column bracket and is designed with a composite table top of stainless steel tabletop and anti-static wood boards, making it an ideal working solution for electrostatically sensitive environments in the electronic and electrical industry. Its overall structure adopts a modular design, and all components are processed into sheet-like components, allowing customers to assemble themselves, which can not only reduce transportation costs, but also flexibly adapt to different workshop layouts.

Core Advantage: Electrostatic Protection Performance

The outer surface of the ENI-8-4040F aluminum profile has been anodized to form a dense and wear-resistant insulating oxide film. Combined with anti-static surface materials, it can quickly conduct electrostatic charges, effectively avoid performance damage to electronic components caused by electrostatic discharge, and significantly reduce product scrap rates. At the same time, the size of the workbench can be customized according to production needs, providing a stable operating platform whether it is the assembly of small electronic components or the testing of large electrical equipment.

Modular Design

All components are sheet-like, enabling easy self-assembly and flexible workshop adaptation.

Customizable Size

Dimensions tailored to production needs for both small components and large equipment testing.

Composite Table Top

Stainless steel tabletop combined with anti-static wood boards for durability and ESD safety.

Application Scenarios

In actual production, it can not only provide a safe working environment for precision electronic manufacturing, chip packaging, circuit board testing and other scenarios, but also improve operational efficiency through reasonable space planning, becoming an important equipment for electronic and electrical enterprises to ensure product quality and optimize production processes.

Precision Electronic Manufacturing
Chip Packaging
Circuit Board Testing
Electrical Equipment Testing
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
Frequently Asked Questions
Q1: What materials are used in the construction of the ENI-8-4040F anti-static workbench?
The workbench features high-standard anodized aluminum profiles for its core frame. The tabletop utilizes a durable composite design, integrating a stainless steel surface with anti-static wood boards.
Q2: How does this workbench prevent electrostatic discharge (ESD) damage?
The aluminum frame undergoes an anodizing process to form an insulating oxide film. Together with specialized anti-static tabletop materials, it quickly and safely conducts static charges away, protecting sensitive electronic components from damage.
Q3: Is the workbench easy to ship and assemble?
Yes, it features a completely modular design. All components are processed into flat, sheet-like parts, minimizing transportation volume and shipping costs while making self-assembly on-site straightforward.
Q4: Can the dimensions of the anti-static workbench be customized?
Absolutely. The sizing can be adjusted to match your specific production requirements, making it ideal for both small component assembly and larger testing setups.
Q5: Which industries benefit most from using these aluminum profile workbenches?
They are highly recommended for electrostatically sensitive environments, such as precision electronic manufacturing, chip packaging, circuit board testing, and electrical product inspection.

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