Dross—Try It Risk-Free!
Stop guessing and start cutting with confidence—our CNC plasma cutter is built to deliver fast, clean results on demanding metal jobs, including stainless steel, with cutting speeds up to 120 IPM and minimal dross when settings are dialed in correctly. Whether you’re battling heavy slag, taper, worn consumables, or inconsistent torch height, this system helps you fine-tune speed, amperage, standoff, and airflow for a cleaner edge and smoother workflow. From thin stainless to thicker plate, it’s designed to reduce cleanup, improve cut consistency, and keep production moving. With practical features like precise height control, laser cross-hairs, and easy optimization for different materials, it’s a reliable, risk-free way to boost fabrication efficiency and get shop-ready cuts faster.
Stop Guessing—Cut Steel at 120 IPM with Zero Dross
I see the same problem in a lot of shops.
The cut starts clean, then the edge turns rough. Dross builds up. The operator slows the feed to protect the finish, and the job loses pace. That trade-off hurts twice. The part takes longer, and the cleanup work grows.
My view is simple: speed means little if the edge still needs work. I want a cut that moves fast and still leaves a clean bottom edge. That is where a steady process matters more than guesswork.
When I aim for 120 IPM on steel, I do not chase the number alone. I match the cut path, the material thickness, the power setting, and the torch height. I check the sample cut, then I adjust from there. That small test saves far more time than changing settings on every part.
Here is the process I use.
1. I start with the material
Steel thickness changes everything. A setting that works on thin sheet may fail on heavier plate. I look at the stock first, then I match the cut chart to that thickness. If I skip this step, I usually see more dross and a rougher edge.
2. I check torch height and standoff
A torch that sits too high can leave a poor edge. A torch that sits too low can cause trouble at the pierce point. I keep the height steady and I verify it before the run. That one check often makes the cut more stable.
3. I test on a small sample
I do not trust a full production run right away. I cut a short sample, then I inspect the bottom edge, the cut face, and the amount of dross. If the edge shows heavy buildup, I make a small change and test again. That is safer than forcing a bad setting through the whole sheet.
4. I watch travel speed, not only power
More power does not always solve the problem. If the travel speed is off, the cut can still leave slag behind. I look for the balance point where the torch moves fast enough to keep the cut open, yet not so fast that the edge tears. For many jobs, that balance is what gets me close to 120 IPM without extra cleanup.
5. I keep consumables in good shape
A worn nozzle, poor gas flow, or dirty consumables can ruin an otherwise solid setup. I have seen shops blame the machine when the real issue was a part that should have been replaced earlier. I check these items before I blame the cut.
A real example comes to mind.
I worked with a small metal shop that was cutting mild steel parts for a frame job. The team wanted better pace, but the edges kept showing heavy dross. They were slowing the machine to hide the issue. I asked them to test a sample at the target feed, then adjust torch height and consumable condition before touching the full run. The result was not magic. The cut cleaned up, the cleanup time dropped, and the team stopped wasting parts on trial runs. That is the kind of change I trust, because it came from clear steps, not luck.
My own lesson is this: clean cutting comes from control. I do not guess at the setting and hope the edge looks fine. I build the cut step by step, inspect the result, then make one change at a time. That method gives me a faster run and a better part.
If I want steel cut at 120 IPM with a clean edge, I focus on the basics. Material. Height. Sample test. Travel speed. Consumables. Those pieces do the work together. When they line up, the cut feels steady, the edge looks better, and the job moves with less rework.
