In modern manufacturing, CNC machining time plays a critical role in determining production cost, delivery lead time, and overall factory capacity. Whether for prototypes or mass production, machining time directly…

PTFE (Polytetrafluoroethylene) and HDPE (High-Density Polyethylene) are two widely used engineering plastics. Although both are plastics, they differ greatly in structure, temperature and chemical resistance, mechanical behavior, machinability, and cost.…

When engineers design parts for sliding, friction, wear, and heavy-load applications, bronze is still one of the most reliable material choices. Even today, with advanced coatings and engineering plastics, CNC…

In modern manufacturing, CNC aluminum machining has become one of the most widely used and reliable production methods for precision parts. Thanks to aluminum’s excellent balance of light weight, high…

With the increasing demand for high precision and high efficiency in manufacturing, CNC (Computer Numerical Control) technology has become a critical support for modern industry. CNC programming, as the core…

Knurling is a surface treatment technology widely used to enhance surface friction, improve grip, and add decorative effects to components. In various industries, knurling not only improves product performance but…

In modern CNC manufacturing systems, end milling is involved in almost all critical shaping operations of structural and functional parts. Whether it is aluminum components, steel mechanical parts, or complex…

Face Milling is one of the most fundamental and critical machining operations in CNC manufacturing. It is widely used to generate reference surfaces, assembly faces, and large flat areas on…

“CNC milling type” is not a single term—it is a multi-dimensional classification system that includes machine capability (axis count), machine structure, feature-based milling methods, toolpath/cutting strategies, and material- or condition-driven…