INDEX CRANK Meaning and
Definition
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Index crank is a term commonly used in the context of mechanical engineering and manufacturing processes, particularly in machining and assembly operations. An index crank refers to a specific type of rotational mechanism or device that is utilized to facilitate precise and incremental movement or positioning of components, tools, or workpieces during a particular operation or process.
An index crank typically consists of a handle or lever that is connected to a rotating mechanism, such as a cam or gear, which in turn transfers the rotational motion to the desired component or tool. The mechanism is designed in such a way that each rotation or movement of the index crank results in a specific, predetermined increment of movement in the associated component or tool.
This type of mechanism finds extensive application in various industrial processes, such as indexing of cutting tools in milling machines, accurate positioning of parts in assembly lines, or even in manual systems for manual fabrication processes. The index crank allows for precise control over the movement and positioning of components, ensuring consistent and accurate results.
In summary, an index crank is a rotational mechanism used in mechanical engineering and manufacturing processes for precise and controlled movement or positioning of components, tools, or workpieces. It enables incremental and accurate adjustments, contributing to the overall efficiency and precision of the operation or process at hand.
Common Misspellings for INDEX CRANK
- undex crank
- jndex crank
- kndex crank
- ondex crank
- 9ndex crank
- 8ndex crank
- ibdex crank
- imdex crank
- ijdex crank
- ihdex crank
- insex crank
- inxex crank
- incex crank
- infex crank
- inrex crank
- ineex crank
- indwx crank
- indsx crank
- inddx crank
- indrx crank
