Overview

Fortunately, today there are ways to nearly eliminate the taper, and the dings and divots, enabling the cutting of “bolt-ready” holes. If using plasma on a mechanized table, an operator can manually change the machine speeds and height control settings and modify the machine codes for a particular hole size, material thickness and power level. 

Owners of Hypertherm HyPerformance® HPRXD or XPR® mechanized systems can take advantage of our True Hole® technology, which embeds process expertise and parameters to cut perfect, bolt-ready holes without operator intervention.

Cutting holes by hand using a handheld plasma torch is also possible using tools like a circle cutting guide.

Examples of where hole cutting is used:

  • Cutting holes for bolting a cut piece to another plate or part

  • Cutting multiple holes in a large plate, pipe, or drum for hoses and wire to pass through

  • Fabricating holes for gauges on an instrument panel

 

How customers are using our solutions

MASI

MASI

Transportation equipment

The [XPR] system boasts of Hypertherm’s True Hole® technology that provides MASI with the ability to easily fabricate bolt ready holes down to a diameter-to-thickness ratio of 1:1.″

ENxin

ENxin

Vehicle manufacturer

ENxin has significantly increased productivity due to faster cut speed and cutting bolt-holes and slots on the plasma machine, rather than as a secondary operation.
R.M.P. Products Ltd.

R.M.P. Products Ltd.

Metal fabrication

Looking back it’s the best investment the company has ever made.”

T & J Manufacturing

T & J Manufacturing

Welding, machining and fabrication

...1/2″ holes in 1/4″ mild steel don’t look a lot different, but a bolt fits in them nicely and True Hole makes it automatic. I used to have to program bigger holes... ProNest takes the guesswork out of it.”


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