CNC machined parts are parts that are precisely machined by computer-controlled machine tools. In the manufacturing process of CNC machined parts, improving efficiency is the key to reducing production costs and increasing output value. Here are some suggestions to help you improve efficiency in the production process of CNC machined parts: optimize cutting parameters: increase cutting parameters, increase cutting speed, feed rate, and back cutting amount to accelerate machining speed. At the same time, adjust cutting parameters reasonably to ensure stable cutting process, reduce tool wear and machine load. Multi axis linkage and multi piece machining: Adopting multi axis linkage and multi tool simultaneous cutting to reduce tool changing time and non machining time. In addition, processing multiple workpieces simultaneously, such as sequential multi piece processing, parallel multi piece processing, etc., can further improve production efficiency. Reducing machining allowance: By optimizing process planning, machining allowance can be reduced, unnecessary machining steps and time can be saved, thereby improving machining efficiency. Implementing simultaneous monitoring of multiple machine tools: adopting a one person multiple machine operation mode, allowing operators to monitor and operate multiple CNC machine tools simultaneously, improving equipment utilization. Improving the structural processability of parts: optimizing part design, reducing processing difficulty and complexity, and improving processing efficiency. Choose suitable workpiece materials: Choose workpiece materials with good cutting performance to reduce cutting force, minimize tool wear, and improve machining efficiency. Introducing good technology and equipment: using good cutting tools, machine tools, and machining techniques to achieve high-speed and efficient cutting. At the same time, utilizing automation and intelligent technology to improve the degree of automation in the production process and reduce manual intervention. Strengthen employee training and skill enhancement: Regularly train operators to improve their operational skills and safety awareness, ensuring stable and efficient processing. Establish a comprehensive quality control system: strengthen quality management to ensure stable and reliable product quality. By implementing preventive mechanisms, we can reduce the rate of defective products and lower the costs of rework and scrapping. Optimize production processes and plans: Reasonably arrange production plans to ensure the continuity and stability of the production process. At the same time, optimize the production process, reduce waste and bottlenecks in the production process, and improve overall production efficiency.