CNC machining is widely used to manufacture precision metal and mechanical components, but not every CNC machining process works in the same way. Two of the most common processes are CNC Turning and CNC Milling. For engineers and purchasing professionals, understanding the difference between CNC turning and CNC milling can help determine a suitable manufacturing approach for a custom component.

Manufacturing FAQFrequently Asked Questions About Custom Precision ManufacturingLooking for the right manufacturing process, material, or supplier for your custom metal parts? Below are answers to common questions about CNC machining, MIM, forging, investment casting, precision stamping, material so

MIM vs. CNC Machining: What Is the Difference and Which Process Should You Choose?Metal Injection Molding (MIM) and CNC machining are two very different manufacturing methods for producing precision metal components.Both processes can be used to manufacture custom metal parts, but they differ signif

Forging vs. Casting: What Is the Difference and Which Process Should You Choose?Forging and casting are two widely used manufacturing methods for producing metal components. Both processes can transform metal into functional parts, but they use fundamentally different manufacturing principles.In for

MIM combines metal powder with injection molding technology to manufacture relatively small, complex metal components, particularly when production volume can justify dedicated tooling. Investment Casting uses a wax pattern and ceramic mold to cast complex metal components and offers broad flexibility in component size, shape, and alloy selection.

Metal stamping is a manufacturing process that involves shaping or forming metal sheets or coils into desired parts using a press and dies. It's a fundamental method in the manufacturing industry, producing various components and products used in everyday life. Here are the basics of metal stamping: