Casting and forging, as the two pillars of metal machining. The core difference between them is mainly reflected in the nature of the forming method. Casting uses the fluidity of liquid metal to form complex shapes, which is suitable for mass production; forging shapes in the solid state, emphasizes high strength and high toughness, and is suitable for key components.

CNC drilling is a high-precision, automated process that uses CNC technology to guide the drill to complete the hole machining task on various materials. CNC drilling controls the CNC machine tool through a pre-written program, causing the drill to rotate and feed according to a predetermined path and parameters, thereby accurately machining the required hole position on the workpiece.

The basic properties of the material, such as ductility, strain capacity and toughness, are directly related to the difficulty of material deformation control during the machining, the stability of the processing accuracy and the overall quality of the final product. Therefore, in-depth exploration of these material properties is of great significance for optimizing CNC machining strategies.

Rounded corners and chamfers are essential detail processing techniques in CNC machining, and chamfers are essential detail machining techniques in CNC machining. For manufacturers of CNC machining services, a deep understanding of the difference between rounded corners and chamfers is a core element to improve machining accuracy and optimize product design solutions.

Aluminum anodizing colors include blue, red, green, gold, orange, purple, etc. This article will take you through how aluminum anodizing works, the different colors of anodizing on aluminum extrusions, and the types of aluminum anodizing.