CIGWELD’s plasma cutting torch accessories are built for precision, durability, and reliable performance in every cut. Whether you’re cutting, maintaining, or fabricating, our gear is engineered to handle tough conditions and deliver results you can count on. From the trusted CutSkill Plasma Torch 60A to a range of compatible models, our accessories keep your cutting system running at peak efficiency — day in, day out.
Our plasma torch leads are designed for maximum conductivity, reduced resistance, and improved flexibility. Built tough for heavy workshop use, they deliver consistent results even in demanding environments. Made from premium materials, these leads help extend service life, reduce downtime, and keep your workflow moving without interruption.
Nozzles, electrodes, shield cups, and retaining caps — every component in our plasma torch accessories range is crafted to keep your equipment in top condition. These essentials protect cut quality, reduce wear, and support safe, efficient operation. With the right consumables on hand, you’ll maintain performance and avoid costly delays.
The CutSkill Plasma Torch 60A is the go-to option for dependable mid-range cutting power. We back it up with a full range of compatible consumables and accessories, each tested for precision fit and strict compliance with CIGWELD’s quality standards. That means you get smooth integration, reliable performance, and confidence in every cut.
It’s designed specifically for the CIGWELD CutSkill 35 and CutSkill 45 plasma cutting power sources (P/N: CSP337000).
The CutSkill 60A delivers up to 60 A at a 20 % duty cycle. It produces clean cuts up to 20 mm in mild steel, with a maximum sever of 28 mm. Air supply required: ~800 kPa at 110 L/min.
Standard consumables include a 1.1 mm cutting/gouging tip and electrode. Replacement part numbers include CSP337095 (tip), CSP337003 (electrode), CSP337004 (standoff guide), CSP337005 (shield cap), and more—refer to the official parts list for full details.
Both use an arc between the electrode and workpiece, but gouging is about technique: adjust angle and speed to control groove depth. A shallow angle with faster travel = shallow gouge. A steeper angle with slower movement = deeper groove.
