subject: Mild Steel Profile: New Methods Defined! [print this page] Mild steel Profile is a method of cutting or profiling sheets or plates of metal. It is ideal for fabricating large or small batches of plate metals or simply one off contracts. The systems are electronically controlled using CNC controlled technology, and each job is specifically programmed to ensure efficient operating with minimal wastage and can have a guaranteed accuracy of plus or minus 0.2mm.
Very advanced cutting machinery can handle plate and sheet materials up to 20mm thick, 3 meters long and 1.5 meters wide. They can readily profile sheets of metal this size rapidly and cleanly, working at low temperatures to minimize any heat distortion and produce excellent finished results.
Laser scanning measures the dimensions of 2D components, scans a sample part and then delivers the precise electronic drawing which is ready for manufacture and any future references. Laser scanning may also be used for quality inspection of 2D components. Press braking is a complete in-house operations facility and can help cut out the number of suppliers in the chain. This can help save on the number of added operations a part goes through and accelerates the process to delivery.
CAD services are complete in-house draughting services for the initial design and any alterations to the design of the components. Flatbed laser profiling takes advantage of Mild Steel Profiles machines capable of handling large sheets or plates of aluminum, brass, mild steel and stainless steel.
The size of these sheets may be up to 3,000mm long, 1,500mm wide and up to 20mm in thickness. It works by using a computer to direct the output of a high power laser. The material then burns, melts or vaporizes away. If you are in need of this service check out our product pages, they contain many companies that specialize in this.
The abrasive hard-hitting water jet is controlled and adjusted to cut angles, curves or shapes into steel plates. The machinery of abrasive hard-hitting water jets utilizes little tools than can cut steel into any kind withal the steel's position. Use abrasive hard-hitting water jets underwater where plasma cutters and laser cutters would not be economical.
Conclusion
Plasma cutters square measure accustomed cut shapes out of steel. Plasma cutters uses a localized cutting cone on a torch that blows either associate part or gas at hard-hitting whereas associate electrical arc turns the gas into plasma. This plasma then melts the steel whereas not departure chips and moves at a speed allowing it to blow the melting steel far from the cutting purpose. Most hand-held plasma torches can cut across steel that is relating to 2 inches thick. For industrial applications, positive computer-controlled plasma torches can cut steel up to relating to twelve inches thick.
