CNC Flame Cutting High Strength Steel Plate S355J2 for Heavy Metal Extra Thick Plate Cutting Service

What is flame cutting?

CNC flame cutting (oxyfuel) uses a combination of liquid oxygen and cutting gas. Torch moves over the plate to burn parts of specified shape and size to produce crisp, clean cuts

Flame cutting or "burning" of carbon steel sheets is an effective and efficient method of cutting carbon and alloy steel sheets to size and shape

Combustion starts by heating a spot on the edge or surface of the plate with an oxy-fuel flame, then injects a high-pressure stream of pure oxygen when that spot becomes red hot. Both preheated flame and cutting oxygen are delivered through specially designed nozzles or tips

In the presence of a cutting oxygen stream, the hot steel actually burns, combining with the oxygen to form iron oxide

It is this combustion that cuts the sheet as the cutting oxygen flow advances along the cutting path. Combustion releases high temperatures above 2800 degrees Fahrenheit, which melts steel near the cutting path

Custom Metal Fabrication

The metal fabrication process is the foundation of modern manufacturing. With precision techniques such as oxy-fuel flame cutting, manufacturers can easily achieve the tight tolerances and smooth surfaces required by OEMs and industry customers

Metal fabrication refers to the high volume manufacturing techniques used to process raw metal into functional parts. Custom metal fabrication services allow customers in all industries to benefit from these processes

While each project requires a different set of methods, the broader manufacturing process consists of three stages

design:CAD models and specifications of customer-developed components. Metal fabrication specialists help modify these designs, if necessary, and create a fabrication plan

manufacture:Manufacturers use a range of fabrication methods, including cutting, grinding, and processing, to complete design specifications

Finishing and Assembling:Once manufactured, the part may undergo various finishing processes designed to improve its function in a specific environment. For example, heat treatment can strengthen steel components, making them more resistant to strain. Finally, manufacturers assemble products that involve multiple components

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