Plasma Cutting Services That Are On Point Plasma cutting also known as plasma fusion is a fabrication process that employs superheated, ionized gas passing plasma, through a torch to heat, melt and cut the workpiece into custom shapes and designs. Plasma cutting solutions are suitable for a wide range of metal materials, structural steel, aluminum, alloy steel, and copper, cutting through material thicknesses ranging between 0.5 mm to 180 mm. Today, plasma cutting is used in a large variety of industries such as, automotive, construction, aerospace, and manufacturing, due to its efficient and precision cutting capabilities even through thick materials. We, at Alruqee Group, take pride in our exceptional technological advancements, with our division, Alruqee Industrial Marketing (RIM), excelling in Plasma Cutting Services, for production, operational, and maintenance industries. Our strong foundation in collaboration and expertise ensures top-notch industrial solutions. What Is Plasma Cutting? Plasma cutting is a thermal cutting process designed to produce 2-dimensional profiles out of a workpiece made from a conductive material. Contrary to popular belief, plasma fusion is useful for creating complex cuts and parts, especially well-suited for curves and circles. Complex shape-cutting is achieved by generating high-temperature plasma and melting through the conductive workpiece while a drive system moves the plasma torch in 2-dimension, tracing out the required shape. Here's how a plasma cutter works: Electrically Conductive Gas: A plasma cutter uses an electrically conductive gas, such as compressed air or nitrogen, forced through a small nozzle to create a high-temperature plasma arc. Ionization and High Temperatures: The electricity ionizes the gas, creating a plasma arc reaching temperatures of up to 30,000 degrees Fahrenheit/16649 degree celsius, melting through metal easily. Material Cutting: The intense heat melts the metal, and the high-velocity gas blows away the molten material, allowing for clean and precise cuts. Cutting Speed and Quality: The speed of the cutter, gas flow rate, and power output determine the cutting speed and quality, making plasma cutters efficient for metal cutting. Types of Plasma Cutters While plasma cutters can be manual or mechanized (CNC), a wide range of plasma cutters can achieve precision or low-tolerance fabrication. Here, we have classified different types of plasma cutters where most of the differences lie in how the nozzles are configured, the types of gas used, and the cooling method: Conventional Plasma Cutting: A standard method of plasma cutting that provides cost-effective and efficient cutting for various materials. High-Definition Plasma Cutting: It offers more precision and cleaner cuts than conventional plasma cutting, making it suitable for intricate designs and high-quality finishes. Dual Gas Plasma Cutting: This cutting technique primarily uses plasma gas with a secondary gas shield constricting the plasma arc, similar to water injection plasma cutting. The secondary gas helps blow out the molten slag during cutting, reducing post-processing. What are the Main Components of a Plasma Cutter? Manual Plasma Cutter Power Supply: Converts AC line voltage into DC voltage. Plasma Torch: Holds and controls the plasma arc. Gas Supply: Provides gas that turns into plasma. Electrode: Transfers energy to the plasma gas. Max. Material Thickness Manual Plasma Cutter CNC Controller: Guides the torch along the cutting path. Z-Axis Control: Adjusts the torch height during cutting. Consumables: Includes nozzles, electrodes, and shields. Z axis: 75 mm Cooling System: Prevents overheating of components. Max. material thickness with TruDisk 2001 : Alruqee Industrial Marketing (RIM) Plasma Cutting System Established in 1984, our division Alruqee Industrial Marketing (RIM) specialized in supplying equipment and material for growing industry in various fields of production, operation, and maintenance.Here's our range of plasma cutting system: Manual Plasma Cutting Powermax 30 XP Powermax 30 XP Plasma arc cutting system Hand-held plasma cutting system 30-amp capacity Suitable for a wide range of applications Powermax 30 AIR Plasma arc cutting system with integrated air compressor Hand-held plasma cutting system Smallest, lightest handheld plasma cutter in its class Built-in air compressor Can be used anywhere with single-phase power Powermax 45 XP Plasma arc cutting system Hand-held plasma cutting system T45v and T45m torch specifications Recommended cut capacity of 12.7 mm (1/2 in) Maximum cut capacity for hand cutting or mechanized techniques HPR 130XD Input voltages (3-PH): 200/208 VAC Input current: 149/144 Amps T45v and T45m torch specifications Frequency: 50/60 Hz HPR 260XD Input voltages (3-PH): 220 VAC Input current: 136 Amps Frequency: 50/60 Hz Frequency: 50/60 Hz HPR 400XD Input voltages (3-PH): 240 VAC Input current: 124 Amps Frequency: 60 Hz We have partnered with Hypertherm, a leading company in designing and manufacturing plasma cutting systems, software, and consumables for a variety of industries. At Alruqee, along with a network of sales, marketing, and service centers, we also offer industrial solutions, such as welding tools systems, metal lathe tools, and presetting tools across Saudi Arabia. Contact Us Reach out to Alruqee Group today. Our division, Alruqee Industrial Marketing specializes in providing superior customer service and state-of-the-art solutions for all your plasma cutting needs.