CNC Cutting Service

Hot Rolled Carbon Steel Plate Laser Flame Cutting for The Field of Mechanical Heavy IndustryFor the manufacturing of construction machinery such as excavators and loaders, flame cutting is used to cut the steel plates for fabricating the main frames of the equipment. For example, components such as the boom, arm, and bucket of an excavator are usually welded from thick steel plates. Flame cutting can cut the steel plates into the approximate shapes of these components, and

Monthly Production Capacity of 25, 000 Tons - Black Metal Carbon Steel Flame Cutting PartsFlame - cut parts are widely used in numerous fields. In the field of mechanical manufacturing, they are used to make parts of various mechanical equipment, such as the booms and arms in construction machinery, and the beds and guide rails in machine tools. In the construction industry, they are used to process columns, beams, and connecting pieces of steel - structured buildings. In the

Heavy - Duty Machinery Components: Typical Applications of CNC Flame Cutting in Mechanical Component ManufacturingBase Plates and Frames In the manufacturing of heavy - duty machinery such as construction equipment (e.g., excavators, bulldozers) and industrial presses, large base plates and frames are often required.These components are usually made of thick steel plates. CNC flame cutting is used to cut the plates into the desired shapes and sizes.For example, an excavator

Expertly-Designed and Customizable CNC Flame Cutting Service For Mechanical Component Manufacturing The introduction of CNC flame cutting technology is the key to ensuring cutting precision and efficiency. We adopt an advanced CNC system, which has powerful programming functions and precise control capabilities. Through the careful design of professional programmers, each cutting action can be accurate to the micron level. Whether it is a tiny and precise mechanical part or a

Black Metal Carbon Steel Sheet Engineering Steel Structure Strip Laser Flame Cutting Parts Flame cutting has a wide range of applications in the heavy industry field. For example, in steel mills, it can easily handle the cutting of large steel billets. Whether it is cutting square billets or slab billets weighing several tons, it can be accomplished by adjusting the flame parameters and cutting speed. In the manufacturing of heavy machinery, such as mining machinery and

Ferrous Carbon Steel Plate Flame Cutting Parts - Steel for Water Conservancy and Wind Power Projects The introduction of CNC flame cutting technology is the key to ensuring cutting precision and efficiency. We adopt an advanced CNC system, which has powerful programming functions and precise control capabilities. Through the careful design of professional programmers, each cutting action can be accurate to the micron level. Whether it is a tiny and precise mechanical part or

Flame Cutting With High Adaptability To Various Metal Materials And Material ThicknessesFlame cutting can be used for almost all metal materials, including carbon steel, alloy steel, stainless steel, etc. For different metal materials, only by appropriately adjusting the cutting parameters (such as the type of fuel gas, oxygen pressure, cutting speed, etc.) can a better cutting effect be achieved. For example, when cutting carbon steel, acetylene is a commonly used fuel gas.

Customizable CNC Flame Cutting Service For Mechanical Component Manufacturing High Precision And Efficiency As a professional flame cutting service provider, our company has advanced cutting equipment and experienced operators, which can ensure cutting precision and quality. They can precisely control cutting size, shape and surface quality according to the specific requirements of customers to meet the high-standard requirements of different industries for metal parts

Customized CNC Flame Cutting Service For Mechanical Component Manufacturing CNC plasma cutting is a thermal cutting technology. It uses high-temperature plasma arcs to melt and cut metal materials. Specifically, by applying high-frequency and high-voltage currents between the electrode and the workpiece, gases (such as compressed air, oxygen, argon, and a mixture of hydrogen, etc.) are ionized to form plasma. Plasma has an extremely high temperature (up to tens of thousands