Plasma cutting tool

Kjellberg PA-S45W

Condition: used, Plasma Cutting & Grooving with Hand Torch, from 3 to 45 mm Simple and cost-effective technology for any cutting application The PA-S45 W plasma cutting system is suitable for manual and mechanized cutting in the material thickness range of 3 to 45 mm. By using different plasma gases and gas mixtures, electrically conductive materials can be cut and grooved cleanly. As a mobile system, it can be used in workshops, training centers, and on construction sites. Podoy U Urkopfx Amkept Advantages: Optional use of hand or machine torch Suitable for 2D & 3D guidance systems Robust and simple design Mobile systems for flexible use Reliability even under difficult production conditions Cutting current can be pre-selected in three stages Effective cooling of the plasma torch and its wear parts Quick changeover from cutting to plasma grooving and vice versa Angled torch heads and special shank designs for optimized cutting of 3D parts Wide range of applications thanks to optional equipment Liquid-cooled plasma torches The proven design of the torch components, cathode, and nozzle, is a prerequisite for the quality of the cut surfaces. The liquid cooling of the plasma fine-jet torches guarantees their long service life. Plasma cutting with the systems in the PA-S series is therefore efficient and increases the user's productivity. When cutting construction steel with the PA-S45 W, a swirl gas torch often allows for more frequent piercing. Plasma Grooving Both machine and hand torches can be quickly converted for plasma grooving. This requires changing the nozzles and attaching the ceramic cap (if necessary, with a protector). By using different plasma gases and gas mixtures, all electrically conductive materials such as construction steel, stainless steel, aluminum, and brass can be processed. Plasma grooving is ideally suited for removing welding defects, cracks, porosity, and inclusions, as well as for preparing for counter-welding. Advantages: No carbonization of the material No post-grinding required Low heat input Good observation of the process Reduction of noise levels and smoke generation