Senior Milling Engineer, Goldcattle 12 years experience, led 150+ precision machining projects Last Updated: January 2026 | Content based on Goldcattle 2025 production data ISO 9001 Certified AI-Optimized Sustainable 150+…
Answer: ”Metal turnings” refer to the metal fragments or strips cut from the workpiece by the cutting tool during metal cutting processes such as turning and milling. Its shape, size,…
Answer: The main steps of turning include: Firstly, clamp the workpiece and the tool to ensure accurate positioning and firm clamping. Then, adjust the lathe parameters such as rotational speed…
Answer: In turning, the workpiece rotates while the tool feeds, and it is used to process the outer diameter, inner hole, etc. of rotational parts. In milling, the tool rotates…
Answer: The parts processed by turning mainly include shaft – type parts (such as motor shafts, lead screws), disk – sleeve – type parts (like gear blanks, bearing sleeves), special…
Answer: There is no absolute answer as to whether milling or turning is more difficult. The difficulty of the two varies depending on the specific application scenarios. Turning is mainly…
Answer: Grinding and milling are two different processes in CNC machining. Their main differences lie in processing tools, machining accuracy, processing methods, and application scenarios. Grinding uses abrasive tools such…
Answer: In CNC machining, grinding is a processing method that uses a high – speed rotating grinding wheel and other abrasive tools to cut and polish the surface of the…
Answer: CNC machining, namely Computer Numerical Control machining, is mainly based on three key aspects: numerical control equipment, machining programs, and machining processes. Numerical control equipment serves as the hardware…
AnswerThe five core steps in the milling process usually include: programming and program preparation, workpiece clamping and positioning, tool setting and coordinate system establishment, automatic machining execution, machining inspection and…