Plasma cutting has made significant strides since its inception in 1957, thanks to continuous technological advancements that have revolutionized its efficiency and cost-effectiveness.
The story of plasma cutting begins with Dr. Robert Gage, who invented the technology before the era of cordless phones and zip ties. Over the past sixty-four years,
plasma-cutting systems have evolved to become more capable, affordable, and user-friendly. The cut speed and quality available today far exceed the expectations of
the original creators at Union Carbide in 1957.
In the early days, plasma cutting systems were massive, sometimes occupying entire rooms. Today, modern systems are compact enough to be carried by a single
operator, even up a ladder. What was once a technology reserved for the largest corporations is now accessible to even the most budget-conscious consumers. The
once-dominant oxy-fuel torches are now often left unused in many fabrication and repair shops.
As of 2022, plasma cutting technology includes innovative products like Heliocut™ Consumables, CleanCut™ Consumables, and PHD™ and PHDX™ Torches. These
consumables are revolutionizing plasma cutting by reducing plasma arc turbulence through high-velocity configurations and stabilizing and accelerating the gas column.
With these advancements, plasma cutting has never been easier. Moreover, the current models are designed to double the lifespan of your consumables and torches,
significantly reducing downtime and saving money.
What does the future hold for plasma-cutting technology? While it’s impossible to predict with certainty, it’s safe to say that this essential tool in fabrication and repair shops
isn’t going anywhere. Continuous innovations are bound to push the boundaries of what’s possible, making plasma cutting even more efficient, precise, and accessible.
Previous Article