Case Study: My Experience With Products

Different Processes Involved in Industrial Cutting Industrial processes encompass a lot of procedures and industrial cutting is one of them. The industrial cutting helps in the manufacture of an item or items which are mostly carried out in a scale that is large. They are the key components of big industries. One process of the industrial cutting is the laser cutting. By the name itself, it takes advantage of the updates in technology such as laser to cut anything. The laser cutting is commonly utilized in industrial manufacturing applications. Nowadays, the laser cutting process is also being used even by the small businesses. It is usually used for cutting flat-sheet materials. Laser cutting works by leading the output of a high-powered laser through optics. The laser cutting cuts a material that needs to be cut such as the wood or metal by burning or melting it by the way of directing its focused laser beam on the material. A high quality type of a surface of the finished product is then achieved. Next common process of industrial cutting is what we call the machining. The process of machining involves the cutting of a piece of raw material to form a clear-cut and desired shape and size through a controlled material-removal process. Aside from its application on metal products, the machining can also be used to cut other materials such as wood, plastic and ceramics too. Recently developed computer numerical control or the CNC utilizes the computer to monitor and operate the cutting process in machining.
Practical and Helpful Tips: Equipment
Another one of the processes in the industrial cutting is what we call the shearing or die cutting wherein the sheets of metals or plates are cut straightly. There is usage of a blade that moves against another blade that is fixed. The moving blade forces the material to be cut against the lade that is fixed to achieve a shear stress that is highly localized.
Practical and Helpful Tips: Equipment
One process, called the Plasma Cutting, cuts by using an enhanced jet of hot plasma to cut through electrically conductive materials such as aluminum, copper, and brass. Industrial construction, fabrication and scrapping are few of the most common applications of the plasma cutting. When you are dealing with materials of different types of thickness and thinness, the plasma cutting is also efficient. It is well known among the industrial cutting processes due to the high speed performance, precise cuts it makes, and the low cost of operation which businesses aim for. Next is we have oxy-fuel cutting which uses oxygen and fuel gases in cutting materials. Using a torch, the metal is heated up to a high temperature causing it to be cut. It is very important that manufacturers get to know these processes to decide whether which process is better to use for a particular material.