[Quick Note] Dynamic Accuracy and Static Accuracy

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last updated：Jan 10, 2020

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A simple explanation of "dynamic accuracy and static accuracy."

When we talk about the precision of machines, we usually refer to static precision, which is the accuracy measured when the machine is at a standstill. However, what is truly important is "dynamic precision," meaning the accuracy during operation. There are many cases where static precision is good, but dynamic precision is not. Therefore, mechanics lathes undergo cutting tests before shipment to rigorously check the finish of the workpiece and its dimensional accuracy before being shipped. For more details, please contact us or refer to the catalog.

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【Dynamic Accuracy and Static Accuracy】 ○ When referring to the accuracy of a machine, it usually means static accuracy, which is measured when the machine is at a standstill. ○ What is actually important is "dynamic accuracy," that is, the accuracy during operation. ○ There are many cases where static accuracy is good, but dynamic accuracy is not. ○ Mechanics lathes undergo cutting tests before shipment. → They are shipped only after rigorously checking the finish of the workpiece and its dimensional accuracy. ● For more details, please contact us or refer to the catalog. *Specifications may change without notice, so please inquire for details each time.