CNC machining refers to a technology that is frequently associated with the designing and producing of precision machined parts. CNC stands for "computer numerical control" machining. CNC machining is an subtractive manufacturing technique which usually employs computer-controlled machine tools and computer-based computer programs to rapidly and accurately extract various layers of material from a raw or workable piece of stock material, known as the workpiece. Although CNC machines are now commonly used to design and build many different types of products, the most well-known applications are typically used in the aerospace and defense industries.
CNC machining services entail computer numerical control (CNC) machine tools which are programmed to simultaneously perform a series of detailed movements on a workpiece while also accurately and consistently forming and releasing various types of cuts, shims, laminates, etc. These computer numerical control (CNC) machine tools enable manufacturers to more efficiently and precisely bend, twist, flip, and jolt various materials such as brass, aluminum, steel, and other alloys. Some CNC machines are capable of producing intricate fine grain finishes inlaid into sheet metal. They can even be set to drill at extremely high speeds and depths. Because these CNC machine tools are computer-generated rather than mechanical in nature, they eliminate any human error that can result in poor cut quality, poor working part fit, or inaccurate finished product.
CNC machining parts are typically made from a variety of materials such as brass, steel, nickel alloy, aluminum, and more. There are many different applications for CNC machine tools. They are most often used in the aerospace and defense industries, as well as medical, dental, and dental imaging applications. For additional information on CNC machining parts, as well as other popular machining operations, visit Industrial Machine News.