Plasma vs Gas Cutting — Which Cut Wins for Your Job?

Two ways to cut steel, one right answer per job. Here's the decision in plain terms — thickness, material, volume.

The 30-second verdict

Your job	Winner	Why
Steel up to ~15 mm, clean fast cuts	Plasma	Faster, cleaner edge, less distortion
Stainless steel or aluminium — any thickness	Plasma only	Gas (oxy-fuel) cannot cut stainless or aluminium — the oxide layer blocks it
Thick mild steel 20 mm+ on site	Gas (oxy-fuel)	Cuts very thick plate, no electricity needed
Bevelling & heating jobs	Gas	The flame also preheats, straightens, bends
Daily production cutting in a shop	Plasma	Speed × volume beats consumable cost

What plasma needs vs what gas needs

Plasma: electricity + clean dry compressed air. No bottles, no flashback risk, instant start. Edge quality good enough for weld-prep in most fabrication.
Gas: oxygen + acetylene bottles, regulators, flashback arrestors. No power needed — that's its superpower on remote sites — but bottle logistics, permits and heat distortion come with it.

Cost logic (honest version)

Plasma costs more up front, then cuts cheap (air is free; consumables are tips/electrodes). Gas is cheap to start, then every metre costs bottle gas. High volume → plasma pays for itself; occasional thick-plate site work → gas stays sensible.

What Towam supplies

Plasma: 555 CUT range — clean cuts 6–15 mm on steel, stainless and aluminium. Check availability on WhatsApp.
Gas cutting: Williams torches, regulators and cutting attachments — incoming to UAE stock. Register interest.
Not sure? Send material + thickness + metres per day and you'll get one straight answer.