Plasma Arc Machining (PAM) | Construction, Working Principle & Applications

#PlasmaArcMachining #PAM #NonTraditionalMachining 🔥 Plasma Arc Machining (PAM) | Construction, Working Principle & Applications In this video, learn Plasma Arc Machining (PAM) in a simple, clear, and easy-to-understand way. The video explains the construction, working principle, major components, material removal mechanism, advantages, limitations, and applications of Plasma Arc Machining with detailed technical visuals and clearly labelled parts. ⚙️ Topics Covered: • Introduction to Plasma Arc Machining (PAM) • Basic principle of PAM • What is plasma? • Construction of Plasma Arc Machining • Plasma power supply • Plasma torch • Electrode • Gas supply and flow control system • Nozzle and plasma jet formation • Cooling system • Workpiece and work table • CNC control system • Arc initiation and gas ionization • Formation of high-temperature plasma • Working principle of PAM • Material melting and removal • Kerf formation • Important machining parameters • Advantages and limitations • Industrial applications 🔥 How does Plasma Arc Machining work? In Plasma Arc Machining, electrical energy is used to ionize a gas and produce a high-temperature plasma. The plasma is accelerated through a constricted nozzle to form a concentrated, high-velocity plasma jet. When this plasma jet strikes the workpiece, intense thermal energy melts the material locally. The high-velocity gas/plasma stream helps remove the molten material from the machining zone, producing the required cut or profile. 🏭 Applications of Plasma Arc Machining PAM is widely associated with cutting and processing electrically conductive metals in industries such as manufacturing, fabrication, automotive, aerospace, and shipbuilding. Watch the complete video to understand Plasma Arc Machining – Construction and Working step by step with clear technical visualization. STRUCTORQUE — Engineering Made Simple 👍 Like the video if you find it useful. 🔔 Subscribe for more easy-to-understand Mechanical Engineering and Manufacturing Technology videos. #PlasmaArcMachining #PAM #PlasmaMachining #NonTraditionalMachining #AdvancedMachining #ManufacturingProcess #MechanicalEngineering #ProductionEngineering #ManufacturingTechnology #PlasmaCutting #EngineeringStudents #DiplomaEngineering