If you want to start metalworking or take on garage projects in 2025 without breaking the bank, choosing the right plasma cutter matters. This list focuses on compact, capable machines that keep your costs below $500 while still delivering the…
You want a plasma cutter that expands what you can do in your shop without forcing you to buy industrial equipment. In this guide you’ll find five machines that balance cutting power, reliability and affordability so you can tackle thicker…
You want a plasma cutter that balances power, reliability and price so you can finish metal projects faster and cleaner. This guide helps you compare practical features like cutting capacity, pilot-arc vs HF starts, dual-voltage capability, consumable costs and portability…
Built-in-compressor plasma cutters promise faster setup, cleaner cuts on rusty steel, and fewer failures—discover which model truly delivers before you commit.
Plasma cutter gas consumption pivots on flow, purity, and pressure—cut costs by dialing in 3–7 scfm and smarter gases, but are you bleeding money unknowingly?
Maximize plasma cutter performance by matching psi, CFM, tank size, and filtration to your cuts—discover the exact air compressor specs you can’t afford to miss.
Beware low air pressure on your plasma cutter—PSI can read fine at idle but starve under load, causing sputters and ugly cuts, so discover the quick fixes inside.
Optimize your plasma cutter with the minimum air pressure needed to avoid arc stumble and dross—discover the sweet spot before your next cut.
Master the perfect plasma cutter pressure—from PSI ranges to SCFM and dry air—so your cuts stay clean and safe; discover the crucial settings inside.
Master the sweet spot for plasma cutter PSI—from thin sheet to thick plate—and discover the overlooked factors that make or break your cuts.