Are you looking for THE BEST EASTWOOD PLASMA CUTTERS? Many people in the welding business have moved on from the discussion over plasma cutting vs. Oxy-Acetylene cutting. If you are one of them, purchasing a plasma cutter is your next BIG choice.
Once you’ve determined that you’ll require a unit, you’ll have a choice among at least a dozen manufacturers. Eastwood is one of the few brands that spring to mind when a plasma cutter is required to cut through a wide variety of metal thicknesses and incorporate intelligent features – all at a reasonable price.
As a result, it’s unsurprising if you’re acquiring an interest in a brand you’ve recently learned about. Rather than writing a single Eastwood Plasma Cutter review, we’ll discuss several Eastwood systems and review them in this post to help you select the correct model.
Eastwood has introduced just three machines, each with varying cutting capacity, amperages, and other features, unlike its competitors. The following chart summarizes the specifications of each machine.
Is Eastwood Plasma Cutting Equipment Reliable?
The most common concern of any interested party is whether they will receive full value for their investment in an Eastwood Plasma cutter.
Eastwood plasma cutters have a reputation for being extremely durable. They are constructed of durable material that is designed to endure the elements, including corrosion.
Additionally, most of them come with a limited guarantee that ensures you’ll receive a replacement or free repair if something goes wrong with the cutter that isn’t your fault.
What should persuade you of the Eastwood cutter’s potential excellence is its cutting capability. The Eastwood cutter is capable of cutting through a variety of metals with differing thicknesses.
With this plasma cutter, you can quickly and accurately cut through metal up to about 3/8 inch thick. Bear in mind that the minimum gauge with which you may cut something is around 24.
Most of us would like to own a device that can almost do everything. Precisely what the Eastwood plasma cutter provides, owing to its adaptability. Due to the cutter’s flexibility, it may be used to cut a variety of various sorts of conductive materials.
The Eastwood plasma cutter’s accuracy is unmatched. It is ideal for cutting designs on conductive metals. That is quite remarkable! As a result, we can certify that Eastwood Plasma cutters are indeed that excellent.
A Small Comparison
MOSFET inverter technology
Can cut thicker metals
Short consumable life
Standard pilot arc
Separate dials doe adjusting air pressure and amperage
Poor cutting speed
Adequate duty cycle
Minor air requirement
3 Best Eastwood Plasma Cutter | Our Picks & Reviews
The Eastwood versa plasma cutter’s 60-amp output enables it to cut through 7/8 inches of conductive material. It makes it a far superior option to mechanical cutting.
It is so strong that it can sever comparatively soft stainless steel and aluminum in a matter of seconds. Additionally, it can cut through the material as thin as 24 gauge, giving an attractive finish.
It incorporates a pilot arc mechanism, enabling it to strike an electric arc and make rapid, lean cuts through a conductive material. When cutting rusted fabric, the built-in arc pilot comes in helpful.
Additionally, it features an internal air operator, enabling the torch to provide relatively consistent results while working, even though you are not working in the fresh air. Additionally, it features an inbuilt adjustable air pressure regulator, which extends its life.
However, because this is a high-frequency machine, it should not be used on a plasma C.N.C. table. A significant benefit is the cutter’s assortment of attachments. The ten-foot ground wire and twenty-foot torch provide sufficient mobility.
- Extended duty cycle
- Built-in regulator
- MOSFET inverter technology
- Can cut thicker metals
- Moisture trap may not work properly
- Short consumable life
This Eastwood versa cutter is identical to the 60-amp versa cutter, except it also operates on 110 v A.C. electricity. Additionally, it has a twenty-foot torch and a ten-foot ground wire, which provide outstanding mobility while working.
To use this plasma cutter, you need a NEMA 50 R receptacle and a NEMA 50r plug. You’d need to operate at a pressure of 5-7 cfm at 60 psi. As a result, it is an ideal alternative for neatly and swiftly cutting conductive materials.
Additionally, you should avoid using this machine on a C.N.C. table owing to its very high frequency. It can cut through 1/8” thick metal with only 110v electricity.
It is incredibly lightweight, which simplifies its functioning. Thus, you can easily transport it to a generator and operate with it.
- Compact Design
- Standard pilot arc
- Separate dials doe adjusting air pressure and amperage
- Portable design
- Short nozzle tip
- Poor cutting speed
This plasma cutter was designed with the automobile sector since it quickly and accurately cuts car sheets. It has a 0.65mm high-precision tip that cuts metal sheets easily and with little to no slag. It takes very little air, operating at as little as 3cfm and as low as 30 psi. Pressure combined with the solid 20-amp output cuts through 1/8-inch thick material effortlessly.
It is a very adaptable plasma cutter that may be used anyplace that 110v A.C. is available. Additionally, you will not be required to weld prep panels while welding with this cutter.
Consumables for many plasma cutters might be challenging to locate. However, not with this cutter. Hats because it makes use of readily available supplies found in neighborhood stores and Eastwood locations.
Additionally, this plasma cutter is extremely lightweight, allowing for more accessible applications. You do not want to be tasked with operating a big plasma cutter due to its weight.
- The high precision torch tip
- Lightweight cutter
- Adequate duty cycle
- Minor air requirement
- Frequent maintenance required
What P.S.I. setting should I use for my plasma cutter?
Between 55 and 70 P.S.I. For the bulk of the Everlast product range, air pressure between 55 and 70 psi is necessary to operate the torches. Low-amperage cuts require less air pressure for reliable operation, often as little as 45 psi or less; otherwise, the arc will blow out.
How long do plasma cutter consumables last?
A consumable set’s typical life should be between 1 and 3 hours for around 120 A of mechanical cutting, depending on the application. Cutting with a lower current may result in extended consumable life.
Is pressurized air required for plasma cutters?
All plasma manufacturers mention the minimum airflow and pressure requirements for an air compressor in their owner’s manuals. These needs vary according to the system, but an air compressor for a plasma cutter such as the Hypertherm Powermax45® requires six cubic feet per minute (cfm) at 90 pounds per square inch (psi).
What is the operating temperature of a plasma cutter?
A plasma cutter’s heat may reach an astonishing 25,000 degrees Celsius. To put this into context, it is hotter than the sun’s surface, which is a pleasant 5,505 degrees Celsius. When utilizing a plasma cutter, safety is crucial.
Given that we’ve conducted independent studies of each of the three models to assist you in making a decision, a few more insights are included to make the process even easier.
Choose Versa Cut 20 if your budget is tight and you frequently need to do light plasma cutting on mild steel.