How Has Plasma Cutting Changed In The Past Few Years  


In the world that we are living in, everything gets invented in its own time by certain people. Some things were invented in the past and are being used to date, and some inventions are put forward in the vast world of technology every day to be rejected or accepted by the public. These changes and inventions have brought significant changes to our lives and contributed to every industry and overall quality of life.

Not so long ago, plasma cutting was invented. It allowed industries to cut, shape, and wield different metals in the way they liked. This technology was used explicitly by veterans who knew their way around welding and how to change the temperature of the torch, which is essential for the plasma-cutting process. Today, many people have mastered the plasma-cutting technique and are making their way through various industries.

Plasma cutting then vs. now


There have been apparent changes in the process of plasma cutting ever since it was invented. The way it is used now in industries is far more different than the way people used to use it in the 90s.

Evolution of plasma cutting

Plasma cutting was invented around the mid-1950s when businesses were not that large and people weren’t that aware of the technology around them.

  • The birth of plasma cutting occurred when someone realized that if an overheated gas with very high velocity is passed through a concentrated gas or plasma, it allows the metal to melt. Who knew that this single invention would change the face of the future business people would run?
  • In the start, there were some difficulties that people had to face as an operator was required to hold one torch by hand and then use it to light the flames that would melt the metal.
  • As time passed, new advancements were made to the plasma cutting system, and in the 1960s, a new machine was developed to start the laser cutting process. These machines were commonly known as gantry plasma cutting machines.
  • The best thing about these machines was that there was a torch already installed on the machine, so no extra labor was required to hold the torch for a long time.
  • Although plasma cutting was making its way into the world, new advancements were also being made, but people were finding it a little hard to accept them until the 1970s.
  • Several reasons were holding people back from accepting these machines into the industry, and those were: High costs of gases, enough technology to support the machine, lack of expertise, and lack of public knowledge about the product.
  • Till the 1980s, plasma cutting was growing as if there was going to be no stop to its popularity as it was soaring to the skies.
  • As time passed by, so did the technology gets stronger. These machines became more efficient, and in the late 1990s, high-precision plasma was invented, which allowed people to cut through metals and glass with the accuracy of the laser machine with smooth edges and no rubbish.
  • High-precision plasma-cutting machines eventually became an affordable option for the uses performed by laser-cutting machines.

Plasma cutting machines then


During the previous few decades, there were many implications in the world of plasma cutting, and as time passed by, industries were able to make several modern changes to the machines that are used in factories and industries now. They serve their purpose in the best way possible and are brilliant in providing support in many fields. You can read more about the latest plasma-cutting machines and dive deeper into their world.

  • Multiple changes were made to these machines to work efficiently, some of which are: the introduction of high-precision plasma technology, electric torch heat controlling systems, computer control technology, less labor-intensive options, and the most popular contour cutting solution.
  • Today, multiple software exists in machines that allow them to maximize material usage.
  • All the advancements have made plasma-cutting machines modern and famous in many industries, but it is still considered a cheaper alternative to laser-cutting machines as they have higher accuracy than cant compared to a plasma-cutting machine.
  • Maybe soon, people can come up with the proper steps to make these machines even more accurate than they are.
  • Although the result might not be the same, plasma-cutting machines can cut through metal faster than laser-cutting machines and give accurate results.

Plasma cutting machines now


There have been noticeable technological advancements in laser-cutting machines in the past few years. Technological developments have occurred at a breakneck pace, and given their success, they can’t be ignored.

  • New plasma cutting machines have touchscreen technology that has made them easier to work with. At first, people appointed to work with them can get a little flustered, but the easy use of touch screens can be understood by anyone these days.
  • The CAM software in the machines has made hole-cutting more accurate. The CAM software recognized the CAD features and cut a straight path through the metal using the plasma heated by the automated torch.
  • Vented and gas nozzle technology has also played a vital role in improving the quality of stainless steel. Edges of objects are now shinier, cleaner, and weldable.
  • The air plasma cutting systems have dramatically improved the quality of metal cutting. Apart from these advancements, many other advancements have been made to plasma-cutting machines that will improve the machine’s reliability, quality, and durability in many ways. Using these machines and bringing changes to them will create new opportunities for industries in the future.

Plasma-cutting machines compete directly with laser-cutting machines in today’s world, but their accuracy and effectiveness are unmatched. Bringing a plasma-cutting machine into your business will bring new and better opportunities.