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In the field of modern metal processing, plasma bevel cutting machines are playing an increasingly important role. With its unique cutting principles and performance, this advanced equipment has become an indispensable tool for many metal processing companies. The working principle of the plasma bevel cutting machine is based on the characteristics of the plasma. By ionizing the gas, high-temperature and high-speed plasma arcs are generated. This plasma arc has an extremely high energy density and can instantly melt metal materials. During the cutting process, the plasma arc moves rapidly along the preset path, cutting metal sheets or pipes. Compared with traditional cutting methods, the cutting speed of plasma bevel cutting machines is significantly faster. For example, when cutting steel plates with larger thickness, traditional oxygen-acetylene cutting may take a long time, while plasma bevel cutting machines can quickly complete the cutting task with their powerful plasma arc, greatly improving production efficiency
READ MORE The working principle of the plasma bevel cutting machine is based on the characteristics of the plasma. Plasma is the fourth state of matter. When the gas is ionized, plasma is formed. In a plasma bevel cutting machine, the gas (usually argon, hydrogen, etc.) is first ionized through a specific device to generate a high-temperature and high-speed plasma arc.
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Plasma bevel cutting machine is an advanced equipment based on plasma arc cutting technology and can bend processing of metal materials. The working principle is to use high-temperature plasma arcs to instantly melt and blow away the metal to achieve the purpose of cutting. When used for bevel cutting, through precise mechanical devices and control systems, metal sheets or pipes can be cut at set angles to form bevels of various shapes and angles. The plasma bevel cutting machine has a unique structure. It usually consists of cutting guns, power supply systems, control systems, workbenches and gas supply systems. The cutting gun is a key component that directly contacts metal materials and produces plasma arcs. It is exquisitely designed, and components such as internal electrodes and nozzles work together to ensure the stable generation of plasma arcs. The power supply system provides powerful and stable electrical energy for the entire cutting process, and its power magnitude directly affects the thickness and speed of the cutting. The control system is like the brain of a device.
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The working principle of the plasma bevel cutting machine is based on the characteristics of the plasma. Plasma is the fourth state of matter. When the gas is ionized, it forms a plasma, which has extremely high energy. In a plasma bevel cutting machine, gas ionization is carried out by special devices to generate plasma arcs. This plasma arc temperature is extremely high and can easily melt metal materials. This high-temperature plasma arc is like a hot invisible tool that accurately cuts various metals. Whether it is a thick steel plate or a complex metal component, it can handle it easily. Compared with traditional cutting equipment, plasma bevel cutting machines have many significant advantages. Cutting accuracy. It can achieve very fine cutting, with narrow and neat cut widths. In some metal processing projects that require extremely high accuracy, such as component manufacturing in the aerospace field, plasma bevel cutting machines can ensure that the cut parts are accurate to units of millimeters or even smaller. This is for the aircraft engine
READ MORE In the field of modern metal processing, plasma bevel cutting machines have become an indispensable cutting tool in many industries due to their efficient, accurate, energy-saving and environmentally friendly characteristics. This advanced cutting equipment uses the heat of high-temperature plasma arc to partially melt the metal at the cutout of the workpiece and blow away the molten metal through a high-speed airflow, thus forming a narrow and smooth cut, while achieving bevel processing, providing convenience for subsequent welding and other processes. 1. Working principle of plasma bevel cutting machine The working principle of plasma bevel cutting machine is based on plasma arc cutting technology. During operation, compressed air enters the torch and is ionized into high-temperature and high-speed plasma gas, forming a plasma arc. The high temperature heat of the plasma arc acts on the surface of the workpiece, causing the metal to melt locally. Meanwhile, the auxiliary gas cools the torch component and blows away the molten metal to form a cut slit. By adjusting the parameters of the plasma arc, such as current, voltage, gas flow, etc., it can be controlled
READ MOREKunshan Qiankun Machinery Manufacturing Co., Ltd.
After more than ten years of continuous efforts, we have delivered more than one thousand sets of various cutting machines, which create value for customers all over the world. Every year, nearly half of the machines are exported to Southeast Asia and Europe.
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