Size of cross section:40 X 120 mm Material6063-T6
AluminumFinishClear AnodizedWeight4.37 kg/mSurface Area16.1
cm2Length6 metersMoment of InertiaI(x)=24.6 cm4I(Y)=222.12
cm4Product DescriptionLightweight and Durable: Aluminum is a
lightweight material known for its high strength-to-weight ratio.
This characteristic makes aluminum frames ideal for creating sturdy
yet lightweight structures. The lightweight nature of aluminum
frames allows for easy handling, transportation, and modification
as per changing assembly line requirements. Despite being
lightweight, aluminum frames are also durable and can withstand the
rigors of industrial operations.Modular and Versatile: Aluminum
frames for assembly lines are designed using modular components,
such as extrusions, connectors, and accessories. The modular nature
of these frames enables easy assembly and disassembly, providing
flexibility in configuring the assembly line layout. It allows for
adaptability to different production processes and facilitates
future modifications or expansions.Customizable and Scalable:
Aluminum frames offer a high level of customization to suit
specific assembly line needs. The extruded aluminum profiles can be
cut, drilled, and assembled in various configurations,
accommodating different production requirements. This customization
capability allows for the creation of tailor-made assembly line
structures. Additionally, aluminum frames are scalable, meaning
they can be easily extended or reconfigured as production demands
change over time. This scalability optimizes the utilization of
floor space and ensures efficient production flow.Integration and
Mounting: Aluminum frames provide integration capabilities for
various components and equipment required in assembly line
operations. The frames may incorporate integrated channels,
T-slots, or mounting options, allowing for the installation of
accessories, fixtures, conveyors, workstations, shelving units, and
other equipment necessary for the assembly process. This
integration feature simplifies the arrangement of tools, improves
workflow, and enhances overall productivity.Ergonomics and Safety:
Aluminum frames contribute to ergonomics and safety in assembly
line environments. They provide a stable structure for organizing
tools, components, and workstations, facilitating a streamlined and
efficient workflow. Furthermore, aluminum frames can be equipped
with safety features such as machine guards and barriers. These
safety additions help protect workers from hazardous areas or
moving machinery, ensuring a safer work environment.In summary,
aluminum frames for assembly lines are lightweight, durable, and
versatile structures that facilitate efficient production
processes. Their modular and customizable design, along with
integration capabilities, allows for flexibility and adaptability
to changing assembly line requirements. Moreover, aluminum frames
contribute to improved ergonomics and safety in the
workplace. Detailed Photos Installation InstructionsNote:
The following instructions are a general guideline, and the
specific installation process may vary based on the design of the
aluminum frame and the requirements of the assembly line. It's
recommended to refer to the manufacturer's instructions for your
specific aluminum frame system.Materials Needed:Aluminum frame
components (extrusions, connectors, etc.)Mounting hardware (screws,
bolts, nuts, etc.)Power tools (drill, screwdriver,
etc.)LevelMeasuring tapeSafety equipment (gloves, safety glasses,
etc.)Step 1: Planning and PreparationReview the assembly line
layout and determine the required dimensions, configurations, and
equipment placements.Ensure you have all the necessary components,
tools, and hardware for the installation.Prepare the work area by
clearing any obstacles and ensuring a clean, flat surface for
assembly.Step 2: Frame AssemblyLay out the aluminum extrusions
according to the planned design.Connect the extrusions using the
appropriate connectors. Refer to the manufacturer's instructions
for connector types and assembly methods.Use a measuring tape and
level to ensure the frame is square and aligned correctly. Make any
necessary adjustments.Step 3: Mounting the FrameDetermine the
mounting points for the frame. These may include walls, floors, or
other existing structures.Mark the locations for the mounting holes
on the frame and the mounting surface.Drill pilot holes for the
mounting hardware, taking care to use the appropriate drill bit
size.Attach the frame to the mounting surface using screws, bolts,
or other suitable hardware. Ensure the frame is securely
fastened.Step 4: Integration of Accessories and EquipmentInstall
any necessary accessories such as channels, T-slots, or brackets
onto the frame for attaching equipment or components.Follow the
manufacturer's instructions for attaching conveyors, workstations,
shelving units, or other equipment to the frame. Use the provided
mounting options or custom brackets if re
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