Chip formation typically occurs where a machine tool touches the edge of the material being cut. This is part of the Computer Numerically Controlled (CNC) machining process, which usually occurs with milling, grinding, honing, and turning systems in manufacturing. In these techniques, chip formation usually occurs in a similar way. The motion of a tool typically creates a shear plane and, depending on the type of material, the kinds of chips formed can be different. They can be discontinuous or continuous, while a discontinuous chip with built-up edge is another variety; each type is carefully studied because it often affects machine function and end product quality.
The kind of material machined can make a difference in chip formation. Stronger materials generally do not fracture as readily as weaker ones, so chips can peel off in a continuous ribbon. With brittle substances, smaller chips are typically formed, causing more to break off in a particular area.
Chip formation typically occurs where a machine tool touches the edge of the material being cut. This is part of the Computer Numerically Controlled (CNC) machining process, which usually occurs with milling, grinding, honing, and turning systems in manufacturing. In these techniques, chip formation usually occurs in a similar way. The motion of a tool typically creates a shear plane and, depending on the type of material, the kinds of chips formed can be different. They can be discontinuous or continuous, while a discontinuous chip with built-up edge is another variety; each type is carefully studied because it often affects machine function and end product quality.The kind of material machined can make a difference in chip formation. Stronger materials generally do not fracture as readily as weaker ones, so chips can peel off in a continuous ribbon. With brittle substances, smaller chips are typically formed, causing more to break off in a particular area.
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Chip formation typically occurs where a machine tool touches the edge of the material being cut. This is part of the Computer Numerically Controlled (CNC) machining process, which usually occurs with milling, grinding, honing, and turning systems in manufacturing. In these techniques, chip formation usually occurs in a similar way. The motion of a tool typically creates a shear plane and, depending on the type of material, the kinds of chips formed can be different. They can be discontinuous or continuous, while a discontinuous chip with built-up edge is another variety; each type is carefully studied because it often affects machine function and end product quality.
The kind of material machined can make a difference in chip formation. Stronger materials generally do not fracture as readily as weaker ones, so chips can peel off in a continuous ribbon. With brittle substances, smaller chips are typically formed, causing more to break off in a particular area.
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