Plasma Cutting Equipment

Plasma cutting equipment supports fabrication, repair, maintenance, and general metalworking tasks by cutting steel, aluminum, and other metals with compressed air. This category includes pilot arc plasma cutters for metal cutting, along with wire feed welding equipment for steel welding work in shops, farms, ranches, automotive repair settings, and light industrial applications.

Product Display:
Helpful Buying Guide

Choose equipment for cutting and steel welding work

Start by identifying whether the job calls for plasma cutting or wire feed welding. Plasma cutters use compressed air to cut metal, while the wire feed welders represented here are intended for steel welding. Then compare available power, required material capability, and the control options that fit the work location and task.

Visual Guide

Popular examples in this category

Use Cases

Match the tool to the job

Use plasma cutters for cutting metal in fabrication, repair, and maintenance work. Choose wire feed welders for steel welding tasks in home, farm, ranch, automotive repair, or light industrial settings.

How to Choose

Compare power and process

For plasma cutting, compare 40 amp and 60 amp output, available voltage, and stated steel capacity. For welding, choose between flux-core-only capability and a unit that supports both MIG and flux-core welding.

Applications

Plan around the work location

A dual-voltage plasma cutter can operate on 110V or 220V power, while a 60 amp cutter uses 220V single-phase power. Wire feed options include 120V input or dual-voltage 120V and 230V operation.

Additional Information

Consider setup controls

Plasma cutters require an air compressor as the air source. Helpful setup features represented here include digital display and front air adjustment on a plasma cutter, plus adjustable wire-feed speed and voltage on wire feed welders.

40APlasma cutter output

The dual-voltage pilot arc plasma cutter provides 40 amp output.

1/2 in.Steel capacity

The 40 amp cutter cuts steel up to 1/2 inch on 220V power.

60AContinuous pilot arc output

The 60 amp plasma cutter is designed for demanding metalworking tasks.

1-1/4 in.Maximum stated steel capacity

The 60 amp cutter handles steel cutting requirements up to 1-1/4 inches.

Comparison Guide

Compare the equipment types represented

Use this overview to distinguish plasma cutting equipment from the available wire feed welding approaches.

Equipment typePower and setupPrimary capability
40 amp dual-voltage pilot arc plasma cutter110V or 220V; compressed air requiredCuts steel, aluminum, and other metals; steel up to 1/2 inch on 220V
60 amp continuous pilot arc plasma cutter220V single-phase; IGBT inverter technologyCuts steel and other metals; steel up to 1-1/4 inches
Wire feed welders120V or dual-voltage 120V/230V, depending on modelWeld steel with flux-core wire or, on the dual-voltage model, MIG solid wire with shielding gas
Planning Guide

Plan the right fit before choosing

Plasma cutter selection

Choose output and capacity for the metal cutting task

Pilot arc plasma cutters are designed to cut metal with compressed air. A 40 amp dual-voltage model provides steel cutting capability up to 1/2 inch on 220V power and can operate on 110V or 220V by switching the power plug. A 60 amp continuous pilot arc model uses 220V single-phase power and handles steel up to 1-1/4 inches.

  • Select 40 amp output for steel up to 1/2 inch on 220V power.
  • Select 60 amp output for thicker steel requirements up to 1-1/4 inches.
  • Confirm that compressed air and the needed electrical service are available.
Wire feed welding options

Compare flux-core welding with MIG and flux-core flexibility

The wire feed welders in this category are intended for steel welding. A 120V inverter-powered option uses flux-core wire without shielding gas. A dual-voltage DC wire feed welder supports MIG welding with solid wire and shielding gas, as well as flux-core wire welding, for users who need both approaches.

  • Choose flux-core welding when welding steel without shielding gas is needed.
  • Choose MIG and flux-core capability when both solid wire with shielding gas and flux-core wire are required.
  • Compare 120V household input with dual-voltage 120V or 230V operation.
Controls and operating details

Look for adjustment features that support setup

Control features vary by equipment type. The 40 amp plasma cutter includes a front digital display and front air adjustment. The wire feed welders offer adjustable wire-feed speed and voltage, while the dual-voltage model provides infinite arc adjustment and includes thermal protection and a cooling fan.

  • Use front air adjustment to fine-tune plasma cutter air settings during setup.
  • Use adjustable wire-feed speed and voltage to set a wire feed welder for the task.
  • Consider torch reach: represented wire feed options include 8 ft and 7.2 ft torches.
FAQ

Common questions before buying

What does a plasma cutter need to operate?

The plasma cutters represented here use compressed air. The 40 amp model operates on 110V or 220V, while the 60 amp model uses 220V single-phase power.

What steel thickness can these plasma cutters handle?

The 40 amp plasma cutter provides steel cutting capability up to 1/2 inch on 220V power. The 60 amp model handles steel up to 1-1/4 inches.

Can the wire feed welders weld without shielding gas?

Yes. The 120V wire feed welder uses flux-core wire without shielding gas, and the dual-voltage wire feed welder also supports flux-core wire welding.

Which wire feed welder supports MIG welding?

The dual-voltage inverter wire feed welder supports MIG welding with solid wire and shielding gas, as well as flux-core wire welding.