What Voltage Is a Plasma Cutter? Input Vs Output Explained
Solve the mystery of plasma cutter voltages as we uncover the roles of input and output, and their effects on CNC systems.
Alfred Chase
How High Can Plasma Arc Welding Temperature Be? Limits & Factors
Want to know if plasma arcs really reach 30,000°C and what limits them? Discover the gas, current, and geometry factors that set real welding temperatures.
Plasma Cutter High Voltage: What It Means for Safety & Performance
Join us as we explore how plasma cutter high voltage impacts safety and performance—are you prepared to handle the challenges it presents?
Plasma Cutter 110V or 220V: Which Should You Choose?
Plasma cutters: 110V or 220V—discover which suits your needs best for efficiency and power, and unlock the secrets to precision and versatility.
How Hot Is the Arc From a Plasma Cutter? Torch Heat Explained
Navigate the blistering 40,000°F plasma arc and discover how gas, amperage, and standoff shape cut quality—are your settings helping or hurting?
What Size Generator for a Plasma Cutter? Sizing Guide
Know the perfect generator size for your plasma cutter with our detailed sizing chart and tips—discover the secret to seamless metal cutting!
How Many Amps to Run a Plasma Cutter? Circuit & Power Guide
Investigate the crucial amperage needed for your plasma cutter to ensure maximum efficiency and safety—discover how to optimize your workshop's power setup.
How Hot Do Plasma Cutters Get? Arc Temperature in °F/°C
Nail down how hot plasma cutters really get in °F/°C, what drives those scorching temps, and which settings change everything—ready to dial it in?
Manual Plasma Cutting: Setup, Technique, Travel Speed & Safety
Hook into manual plasma cutting with smart setup, steady technique, dialed travel speed, and must-know safety—here’s what most people miss before striking an arc.
How Does a CNC Plasma Cutter Work? Motion Control, THC & Arc Basics
A clear, concise breakdown of CNC plasma cutting’s motion control, torch height control, and arc physics—see what makes precision possible and what can go wrong.