A fundamental milling application where a tool simultaneously creates a flat plane and a perpendicular shoulder surface. This process is essential for producing precise, right-angled features on a workpiece.

A machining process where a rotating tool mills the component to create a flat surface. This technique is commonly used to produce smooth, flat surfaces on a workpiece, ensuring high precision and quality.

A milling process that replicates complex shapes with high precision. This technique uses specialized tools and methods to accurately reproduce intricate geometries on a workpiece, ensuring detailed and consistent results.

A high-efficiency milling technique designed for rapid material removal while minimizing tool wear. This method uses a circular tool path to reduce cutting forces, increase tool life, and enhance machining performance.

A type of face milling characterized by shallow depths of cut and significantly higher feed rates. This technique enhances productivity by allowing faster material removal while maintaining precision and tool life.

A machining process used to create a beveled edge or chamfer on a workpiece. This technique involves using a chamfer mill or a specialized cutting tool to remove material at an angle, typically 45 degrees, to produce a sloped edge.

A machining process that creates secure connections by cutting precise external and internal threads. This technique ensures that components fit together tightly and function reliably, making it essential for various applications in industries such as manufacturing, automotive, and aerospace.