Plasma cutting benefits over oxyfuel cutting and abrasive discs

Plasma cutting offers safety, health, and productivity benefits over cutting with oxyfuel and abrasive discs. Industries, including oil and gas, transportation, mining, and chemical manufacturing, to name a few, are ensuring the health and safety of their employees and staying ahead of the competition by switching to Hypertherm® plasma cutting solutions. Plasma pays you back.  

 

Overview

ICON_08_maximumFlexibility.jpg

Plasma can cut nearly any type of metal.
An oxyfuel torch can only cut mild steel and wrought iron, provided the metal is free of rust or paint. A torch cannot cut high carbon steel, cast iron, stainless steel, or any type of non-ferrous metal, like copper and aluminum.

 
ICON_11_thicknessPlasma.jpg

Plasma can cut both thick and thin metal.
Though both processes can technically cut a wide range of thicknesses, it isn’t practical to cut thin metal with oxyfuel because it is less precise, creates a large heat affected zone which can warp the material, and is a much slower process. For this reason, oxyfuel is generally used on metal greater than 50 mm (2″) in thickness.

 
ICON_09_usesOnlyAirForImprovedSafety.jpg

Plasma is safer.
Oxyfuel requires the use of a highly flammable fuel gas and an open flame. Once the torch is lit, the flame stays on until the system is manually turned off. Plasma does not use a fuel gas and its arc automatically extinguishes when the torch is removed from the metal, leading to a safer job site.

 
ICON_06_cutMorePartsFaster.jpg

Plasma is faster.
At a minimum, a plasma cutter is 12 times faster on thinner materials and twice as fast as an oxyfuel torch when cutting metals up to 25 mm (1″) in thickness. In addition, preheating is not required with plasma as it is with oxyfuel. Piercing is also faster with plasma. It can take 30 seconds to pierce 16 mm (2/3″) thick steel with oxyfuel. Plasma takes less than two seconds.

 
ICON_03_reducesDowntime.jpg

Plasma costs less to operate.
Plasma cutters cost less to operate since you do not need to worry about refilling and transporting flammable gas cylinders.

See how plasma saves time with a smaller heat affected zone

ICON_05_betterCutQuality.jpg

Plasma provides more precise cuts.
It is possible to achieve very good cut quality with both processes provided the oxyfuel operator is experienced. Overall though, a plasma cutter will produce more precise and cleaner cuts with better angularity, a thinner kerf, a smaller heat affected zone, and zero to no dross.

 
ICON_01_easierToUse.jpg

Plasma is easier to use.
The ability to get a good result with an oxyfuel torch is highly dependent on the operator. Oxyfuel cutting is an art form that requires practice to perfect since operators need to set and maintain flame chemistry while holding a steady distance from the surface being cut. Plasma on the other hand is much more forgiving and quickly mastered. The Hypertherm Powermax SYNC® series of air plasma cutters with its single-piece cartridge consumable are even easier to use.


At a glance

  Plasma Oxyfuel
Cuts nearly any metal ART_checkmark_green.png  
Ideal for cutting material > 50 mm (2″)   ART_checkmark_gray1.png
Flammable gas canisters   ART_checkmark_gray1.png
Larger heat affected zone   ART_checkmark_gray1.png
Does not require pre-heating ART_checkmark_green.png  
Lowest operating cost ART_checkmark_green.png  

Plasma’s ability to cut various metals, whether thick or thin, more precisely and quickly without the flammable gas of oxyfuel makes it ideal for most metal-cutting applications.

How customers are using our solutions

Tom Holloway, Plater

I find it a lot quicker than using the oxyfuel and the grinder. And it is a lot safer. I am extremely impressed with the Hypertherm Powermax.”

Tom Holloway, Plater

TEI Ltd

Read more

Explore plasma cutting products

 

 


Learn more