Precision CNC Machining for Metal Parts | 40% Faster Production

CNC machining for metal is a foundational aspect of precision manufacturing, encompassing the use of computer numerical control machines to shape various metals into high-precision components. Metals commonly machined include aluminum, steel, stainless steel, titanium, copper, and brass, each with unique properties that require specific machining strategies. CNC milling and turning are the primary processes for metal machining, with milling used for complex shapes, slots, and holes, and turning for cylindrical components like shafts and discs. For example, a CNC mill can machine a stainless steel medical instrument with intricate details, while a CNC lathe can turn an aluminum engine shaft to tight tolerances. The machining of metals involves considerations such as cutting tool material (e.g., carbide, HSS), cutting parameters (speed, feed, depth), and coolant application to manage heat and tool wear. Hardened metals may require specialized techniques like hard milling or grinding to achieve the desired precision. Surface finishes for metal parts can range from rough to mirror-like, achieved through processes like polishing, grinding, or plating. CNC machining for metal is essential across industries, from aerospace and automotive to medical and electronics, providing the precision and reliability needed for critical metal components.