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Automated Processing

Automated processing refers to the process of using machine tools and cutting tools to perform a series of processing operations such as cutting, milling, drilling, and turning on workpieces. Through the action of mechanical force and cutting tools, the workpiece is gradually processed from the raw material state into a finished product with specific shape, size and accuracy requirements.

Automated processing usually involves the use of various types of machine tools such as milling machines, lathes, drill presses, grinders, etc. On the machine tool, by controlling the mechanical movement and the motion trajectory of the processing tool, the workpiece is cut and removed to achieve the required shape and size. Machining can be performed on different materials, including metals, plastics, ceramics, and more.

During the machining process, the operator needs to set up the machine tool according to the engineering drawings and process requirements, select appropriate cutting tools, and make precise adjustments to the processing parameters, such as cutting speed, feed speed, etc. At the same time, necessary measurements and inspections are also required to ensure that the processed workpieces meet quality requirements.

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Automated processing has several advantages:

1. High precision: During the machining process, through precise machine tool and cutting tool control, high-precision machining can be achieved to meet strict requirements for size, shape and surface quality. The stability of the machine tool and the high-precision motion system ensure the accuracy and repeatability of the workpiece.

2. Diversity: Automated processing is suitable for a variety of materials, including metals, plastics, ceramics, and more. Different cutting tools and machining processes can cope with different materials and processing requirements. Machining can realize the manufacturing of complex shapes, internal cavities, and uneven components.

3. Flexibility: The machine tool's CNC system allows the machining process to be flexibly programmed and adjusted to adapt to different product needs and production changes. By modifying program parameters, rapid process adjustment and product switching can be achieved.

Automated Processing

4. Automation and high efficiency: Automated processing can realize automated production through CNC systems, reducing reliance on manual operations. Automated production can improve production efficiency, reduce labor costs, and enable continuous processing and production, improving overall production capacity and production efficiency.

5. Adaptability: Machining is suitable for small batch and large batch production, and can flexibly respond to different output needs. The programmability and rapid adjustment capabilities of machine tools make the production process more flexible and efficient.

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