Metal Forming & Fabrication

Forming in metal fabrication is a manufacturing process that alters the shape of metal stock (such as sheets, plates, or tubes) through plastic deformation—applying mechanical force to bend, stretch, or compress it into a desired configuration without adding or removing material.

The three primary types of metal fabrication are cutting (shearing, laser, plasma, and sawing), forming (bending, rolling, and stamping), and joining (welding, brazing, soldering, and mechanical fastening).

No, metal forming is a broad manufacturing category that encompasses any process used to alter the shape of a metal piece without adding or removing material (such as bending, rolling, extrusion, and drawing), whereas forging is a specific subset of metal forming that shapes metal by applying compressive forces using hammers, presses, or dies.

You cannot successfully join aluminum and carbon/stainless steel (or aluminum and copper) using standard fusion welding. Attempting to melt them together creates a disastrous metallurgical mismatch: their melting points are too far apart, their thermal expansion rates clash violently as they cool, and they form brittle intermetallic compounds that cause the joint to shatter or tear itself apart instantly. Joining these incompatible metals requires specialized mechanical fasteners or factory-made bimetallic transition joints created via explosion or friction welding.

Metal fabricators generally earn a solid, stable middle-class income rather than extreme wealth, with average wages typically landing between $20 to $28 per hour (roughly $41,000 to $58,000 annually) depending on experience, geographic location, and industry. However, specialized fabricators who master advanced skills—such as aerospace TIG welding, heavy structural blueprint reading, custom CNC programming, or exotic alloy fabrication—frequently command significantly higher pay.