What You Need to Know About Custom Fabrication in the Southeast
The term “metal fabrication” covers building machine parts and structural components from raw metal materials. The various methods of custom fabrication in the Southeast are used for projects as small as part casting and can range up to include entire pieces of equipment and machinery. Massive industries, such as the auto, aerospace, and energy industries, heavily influence research and advances in metal fabrication.
Tasks
from cutting and shaping to final assembly fall metal fabrication. Here are the
eight major steps typically involved in custom fabrication.
Cutting
Custom
metal fabrication processes begin with cutting large sheets of metal into
smaller sections. The size of these sections will depend largely on product
design and customer needs.
Forming
During
the forming process, metal surfaces are bent into various shapes. Press brakes
and folding machines may be used to accomplish these bends.
Welding
Welding
bonds two separate metal parts by melting them and forcing them to join
together. Panels, sheets, bars, and several other metal parts may be welded
together during custom fabrication.
Machining
Many
cutting and shaping tools are used to remove sections from a piece of metal.
The metal will usually be rotated against certain tools to cut away pieces
until it’s reached its desired shape or size.
Punching
Punch
presses create holes in a piece of metal where other parts can be secured. This
operation can be done with a small manual punch press or a larger, more complex
CNC punch press.
Shearing
Shearing
is the term for making long cuts in sheets of metal during custom fabrication.
This technique is often used to trim edges on long metal sheets.
Stamping
Stamping
uses compressive force against a die to shape a metal sheet, but it does not
puncture the base material. Metal stamping can refer to putting branding or
lettering onto a metal object or creating a specific design shape into the
metal.
Casting
Molten
metal is poured into a mold and left to solidify into the final design shape.
This process is frequently used to create complex shapes.
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