Frequently Asked Questions

Water tables do a great job of controlling smoke and slag produced while cutting mild steel. Down draft tables are best for controlling the hydrogen produced while cutting aluminum and for controlling hexavalent chromium produced while cutting stainless steel.

Mild(carbon) Steel = 2” Aluminum = 6.25” Stainless Steel = 6.25”

Yes. Up to 85 Amps of plasma power to sever up to 5/8” thick mild steel.

The most frequently processed plate size is 8’ X 20’.

When a gas, is superheated, it is ionized and is capable of conducting electricity. When a voltage is introduced the gas is forced through a small nozzle opening at high pressure resulting in a plasma jet capable of cutting metal at a high velocity.

Is a process that use fuel gases and oxygen to cut metals.

Plasma cutting is made by introducing electricity into compressed air to create an ionized, imbalanced plasma gas. This plasma gas is pushed through a small opening in the nozzle by pressurized air, creating a measured, electrically conductive stream of plasma gas.

Oxyfuel cutting is where an oxygen fuel gas flame preheats the material to a hot temperature, then a powerful oxygen jet is directed at the material. This creates a chemical reaction between the oxygen and the part to create iron oxide which will sit in a puddle on top of the heated area. The high-power oxygen jet then pushes the heated area down through the bottom of the plate, completing the cutting process.

Plasma and oxy-fuel have a place in most metal-processing operations. When choosing between plasma and oxyfuel, you should ask yourself 2 questions, what material do I cut most often, and what is the thickest material that we may need to cut? If the job steadily requires cutting thicker materials, then oxyfuel makes the most sense. If precision cutting of stainless steel and aluminum is important, a plasma system is the way to go.

Amperage control is important to giving the best quality cut on any given thickness of material. Speed and quality have to be stable.

There is no correct answer for this. It depends on the thickness of your material, how long the cycle will take, what gas/air mixture you are using, the speed you are going, are you only piercing, cutting or both. A good set of consumables will last 2 to 3 hours of continuous hand cutting and 3 to 5 with continuous machine cutting. Check your owner’s manual for more proper cutting techniques.

Dross refers to the unwanted accumulation of waste and foreign matter resulting from molten metal created during the plasma cut.

The plasma cutting arc produces a large volume of molten slag that pours over the slats supporting the metal being cut

It is important to consider all of these factors when attempting to improve the appearance of a cut. Type of machine: Plasma cutting system (example: power supply, torch, consumables) Motion control device (example: CNC, torch height control) Process variables (example: cutting speed, gas pressures, flow rates) External variables (example: material variability, gas purity, operator experience)

A water table requires a smaller initial investment, has lower maintenance and effectively eliminates most of the smoke and noise associated with plasma cutting. The downside is that it doesn’t take long for the water to become filled with dirt and metal debris. If proper care is not taken, the water can contaminate the torch and disrupt gas flow in the consumables, which results in a loss of cut quality.

Downdraft tables are more expensive due to the cost of the air handler and filtration systems, as well as the need to regularly replace as many as six filters. However, since they avoid the problems associated with water tables previously discussed, they contribute to optimum cut quality and are preferred for high density plasma cutting.

Gas and power requirements vary on what unit you are interested in.

High Definition Plasma is the same process as plasma cutting but the plasma beam is delivered through a much smaller nozzle orifice at higher velocity and results in more accurate profile cutting. A shield gas is also used to swirl around the plasma beam to constrict the beam and keep the cutting beam straight resulting in a square edge on the cut parts and better cut surface quality.

Plasma cutters are used largely in fabrication shops as well as in automotive repair, industrial structural steel and construction companies use plasma cutters in large-scale projects to cut and fabricate huge beams or metal-sheet goods.

Cut Quality. The cut quality is how clean and smooth the finished cut is. The best plasma cutters have a high cut quality, so cuts will appear sharp and clean and won't require you to spend time cleaning it up to have a smooth appearance.

Stanard machines take approximately 8 to 10 weeks to build and deliver. Custom machine builds and delivery very depending on the complexity of the project

We typically send a confirmation once we have received a ship date. If you have not received a confirmation within 24hrs please call the office.

You can contact Tim Keough for all your preventative maintenance needs. Per your average arc hours found on the CNC, there are components that are recommended to be replaced for best system optimization.

We offer free unlimited support via telephone or email.

We realize that customers need to be running production at all times. We try to keep a good inventory of parts in house. If the parts are ordered by 3pm and we have them here, we can usually ship out the same day via UPS. If it is not a stock item, we can have a ship date typically within 24-48 hrs.

Yes, you can call anytime to get scheduled for training.

We will sometimes have used machinery and components on our floor for sale. Feel free to call the office and inquire. This could be the perfect opportunity for an inexpensive upgrade or to find a discontinued replacement part.