For the average person who has little knowledge of design or manufacturing, precision machining can be a difficult process to understand. Here we’ll explain what it is and why it’s used in a way that everyone can get.
Precision machining is part of the fabrication process where parts are produced by removing certain areas of a material such as aluminium, steel, bronze, graphite and glass to create intricate and complex items. This can involve hollowing out a solid shape or only cut slots.
Quality precision machining means following extremely precise and specific blueprints made by either CAD (computer aided design) or CAM (computer aided manufacturing) programs and Computer Numerical Control (CNC) machines. The programs produce multiple 3D diagrams or outlines that are used to produce items such as tools, machines, winches or any other objects.
By using CNC machines, the method of machining is much more controlled and perfect and therefore helps to produce better outcomes when machining metals. You can also browse the web to get more information about CNC machine shop.
Precision machines use various methods to shape material but they all use at least some kind of basic cutter technology. This usually includes milling, boring and turning but new technological advances have seen the introduction of lasers and water cutters.
Now we know what precision machining is and how it works, but what kind of items does it really produce? Cars, planes, ships, alarm clocks all have parts that have been manufactured by precision machining.
Machining creates the strings for nuts and bolts; plumbing fittings are usually machined as are high-pressure valves and computer parts amongst other things. These expert industries require uniformity and feature with all their products and this can only be done through precision machining.