How Plasma Cutting Machines Simplify Metal Cutting

Plasma cutting machines are a beneficial tool to help cut metals with ease.This machine finds itself useful in a variety of industries. It operates with the help of a gas jet charged at different speeds, which makes it easier to cuts metals at high temperatures. With the help from a plasma torch, the plasma cutting process facilitates the process of cutting steel, and stainless steel. Here are some of its common benefits.

1. Versatile

Plasma cutting machines can be useful to cut various metal types. With the help of an arc, it can cut conductive metals such as copper, steel, iron, stainless steel, and other forms of durable materials.

2. Easy to use

Plasma cutters or plasma machines are lightweight and portable. This enables you to carry it anywhere you need.

3. Efficient and Fast

These machines are good at saving your time and effort, they can complete your task 1/4th the time compared to other metal cutting devices.

4. Affordable

Plasma cutting devices are highly affordable and specifically designed to work relatively fast. This also eliminates the amount of waste they generate throughout its processing stage. Also, using plasma cutting machines may reduce forms of workplace injuries. This enables them to be cost-effective in comparison to other cutting devices.

5. Safety

Plasma cutting devices use non-inflammable gases to facilitate the entire plasma cutting process. This makes these machines relatively safer tool for us to deal with.

With these multiple advantages, plasma cutting machines are proving to be a boon for both the laborers and the industrial entrepreneur. These machines help in production by reducing your overall labor expenses. On a concluding note, they are perhaps the most industry-friendly machines as they work to produce quality products. If you are looking for one or more of such plasma cutting machines, Red-D-Arc is the best supplier to opt for.

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The Many Uses of Plasma Cutting Machines

Welding tools such as Plasma cutters come in handy for accomplishing a variety of tasks. Depending on the need, individuals and organizations can rent, lease, buy new or buy used plasma cutters to satisfy their requirements. Here is more on these useful tools.

Handling the cutter

While handling the Plasma cutting machine, technicians use Goggles in order to get protection from the UV rays arising out of the electrical arc. Heavy gloves offer safety features to the operator as well. Artists working with metals have to make precise cuts to carve out intricate shapes. Used plasma cutters play an important role in creating fine lines on the metal with a very small width. People deploy the tool to cut the metals with impeccable precision. Different amperages are suitable for distinct cutting needs. Lower numbers of amps are sufficient to cut small metal plates.

Multiple applications

Plumbers use cutters to impart shape to the pipes within a very small time frame. It creates smooth edges to accommodate the fittings of the pipe. Contractors prefer cutters to install and repair the sheet metals in an efficient manner. Cutting out a broken weld is a breeze compared to cutting with an oxy-fuel torch.

Importance of used plasma cutter

Used plasma cutters are crucial in repairing faulty tractors, harvesters, and watering tanks. Even car mechanics use plasma cutters to get the desired results. During the demolition process, these machines helps to handle metal sheets, blocks and metal pipes. It is noteworthy for various industrial verticals because cutters can perform the job in a very short time. Moreover, they are more efficient than comparable tools available in the market. The equipment is also durable and strong for persistent usage.

Get the best at Red D Arc

The renowned company offers cutters at affordable prices to the customers. They are of high quality and provide great service in cutting metals. Multi-voltage option ensures that the machine works across different electrical connections. Cutters are important in fine-tuning the metals for usage in applications of different purposes. Red-D-Arc is a pioneer of sorts in implementing innovative versions of cutters to work in diverse environments. In fact, it also offers the equipment on lease.

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Top Ten Tips for Plasma Cutters and Cutting Machines

The plasma cutter assists in the method of cutting through electrically conductive elements using a ray of hot plasma. This process is frequently applied in industrial construction, reinstatement, automotive repair and fabrication shops, it also improves and differentiates operations.

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Plasma Cutting Equipment - Offering a Solution for Metal Fabrication

Plasma cutters are the ideal equipment to cut any electrically conductive material swiftly. The kind of system chosen depends on factors like: thickness of the material and job requirements. Mechanized and manual plasma cutting systems are perfect for diverse applications but require different equipment. Apart from handheld plasma cutters, there is a plethora of CNC plasma cutting equipment ranging from heavy duty production to entry level job shops which are available in the market.

What does Plasma Cutting Mean?

Plasma cutting is a thermal cutting process where ionized gas and heated metal that are electrically conductive above their melting point and eradicate molten metal through the slit made in the cut. Plasma is a gas that energizes and compresses to the stage where some of the electrons break free from their nucleus and move freely. The pressurized gas ionizes at a very high temperature between 14000⁰ and 26000⁰ F to produce an electrical arc between the torch and the work piece.

After this, the plasma constricts through a nozzle to produce an arc that cuts and melts various kinds of metal. It is a standard process for both the mechanized and manual plasma cutting systems including the XCS 2000 CNC Plasma cutters.

Benefits of Plasma Cutters

Due to the high productivity and versatility, Plasma Cutters offer excellent quality cut with few negative effects. When you contact the prominent supplier, you will get all the machinery products with several options and features to fulfill your needs. Such machines utilize high frequency and are considered valuable means of cutting assorted range of materials.  Using these tools need minimal heat input and warp with a clean edge. The major benefits of using such machines are as follows:

• Improved edge quality

• Economical productivity

• Smoothness and cut appearance

• Little dross formation

• Cost savings

• Optimal cutting

• Quality improvements

• Design flexibility

• Ensure consistent performance

• Offers faster cutting over oxy fuel methods

If you are longing to buy a plasma cutter for your business or have any special requirements, then you can contact a genuine seller at the nearest location. You can also place an online order and get the product delivered to your doorsteps. The better the service provider, the increased are its chances to ensure streamlined services and on-time delivery of the machinery.

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What’s a Good Choice-- Plasma Cutting or Oxy-fuel?

Steel service centers and fabricators looking towards purchasing a new machine often ask this question-- Plasma Cutting or Oxy-fuel? The other frequently posed question is: should a particular part be cut with plasma or oxy-fuel? The confusion is limited to those working with mild steel as oxy-fuel fails to cut an aluminum or stainless plate; and the answer to the debate depends on various factors-- thickness, location, alloy, variety of work, cost, power resources, etc.

Comparing Plasma vs. Oxy-fuel -- Cutting Speed

Based singularly on cutting speed, plasma serves to be faster than an oxy-fuel torch, to an extent of 2.75 inches. The act of using two oxy-fuel torches makes the speed drop back to a thickness of 2 inches. In the comparison of a single plasma torch versus 4 oxy-fuel torches, oxy-fuel wins when it is at 1-1/8 inch and thicker. This shows that:

• A one inch cut-off with respect to plasma holds true if the parts are being cut with at least 4 different oxy-fuel torches at the same time;
• Plasma ranks higher on speed on anything that’s less than 3/4 inch thick, also with 4 oxy-fuel torches versus 260 Amps.

Comparison of Oxy-Fuel and Plasma-- Cost-Per-Inch

After taking all the costs associated with the two processes:

• Plasma: nozzles, shields, retainers, electrodes, baffles, oxygen, electricity, compressed air and torch coolant;
• Oxy-fuel: fuel gas, internal/external nozzles, and oxygen;

studies have shown that an oxy-fuel torch proves less expensive (per inch) than 450 Amp plasma; this is true for anything that’s above 2-5/8 inch of thickness. Cutting with 4 oxy-fuel torches is far less expensive (per inch) until a thickness of 3/4 inch.

Comparing Oxy-Fuel vs. Plasma--Cost-per-Part

When different part-sizes (with varying numbers of pierces) were considered for cost-per-hour of overhead and labor, the cross-over point of a 450Amp plasma vs. an oxy-fuel torch was found to be just a little less than 3” thick. However, if the plasma speed was doubled, the results were different. 

Conclusion

For deciding whether a part should use a burning machine or a plasma cutter:

• Use plasma for all instances that have a production piercing capacity of 2 inches thickness.
• Use oxy-fuel for  those materials that can be chain cut or are more than 1 inch thick (with 1 or 2 pierces), and are capable of being cut with a minimum of 4 oxy-fuel torches. Else, use plasma.

Hope this helps you find answers to the age old question. Do post your logic or comments speaking of your own experiences.

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