By utilizing the principle where both the workpiece and the tool rotate, square materials can be machined. The speed ratio is quite particular, and the precision of the squares produced by this method is extremely high. In contrast, our standard processing method involves machining on a lathe and then milling squares on a milling machine, which does not achieve high precision and is time-consuming. The equipment model is very detailed, and the transmission mechanism is worth studying, especially valuable for those manufacturing machine tool equipment. The equipment includes parameters, and each component has a modeling process.
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