Summary:Generally, custom precision machining parts are manufactured on Computer Numerical Control (CNC) mac...
Generally, custom precision machining parts
are manufactured on Computer Numerical Control (CNC) machines. These are fast, accurate and reliable. They can cut rigid plastic and metals. This technology is commonly used in shops throughout the world.
Using a CNC machine, machinists enter the design into a computer-aided manufacturing program. The program automatically directs the cutting tool to the workpiece. This allows for fewer errors and faster machining.
Precision machining is essential for several industries. For example, the aerospace and medical industries require highly accurate and precise parts. These industries are often very complex, using expensive metals and lightweight construction.
Precision machining can support high volume production, offering a greater degree of accuracy. These processes are commonly used in the manufacturing of parts for aerospace, medical, automotive, machine tool, and aerospace industries.
Precision machining is also necessary for products with close tolerance finishes. End users do not want gaps or overhangs. This is because parts have to fit together properly and are highly reliable. The process of manufacturing custom precision machining parts requires specialized equipment and technology.
CNC machines are common throughout the world, and are dependable and fast. However, they are not suitable for all industries. For example, certain materials, such as plastic, can cause problems during production.
Precision machining is a process that uses a Computer Numerical Control (CNC) machine to shape large pieces of material into small, precise parts. It is a subtractive process, which means that excess material is removed from the workpiece.