The phrase "accuracy manufacturing" is correct and usable in written English.
It can be used in contexts related to production processes that emphasize precision and correctness in manufacturing.
Example: "Our company specializes in accuracy manufacturing to ensure that every component meets the highest quality standards."
Alternatives: "precision manufacturing" or "exactness in production".
For many industrial sectors, high-added value components are related to high accuracy manufacturing technologies.
Machine tool owners require knowledge of their machine's capabilities, and the emphasis increases with areas of high accuracy manufacturing.
For long-term sustainability of manufacturing accuracy (manufacturing eligibility), it is necessary to pay attention to the mount of MT on a suitably rigid base, to set up the machine to the required geometric accuracy and next, considering the needs and requirements, to apply the appropriate software compensations.
During measurement of mechanical parts or components in industries, conventional system is usually apply to justify the accuracy of manufacturing parts.
This is influenced by manufacturing accuracy of the machine tool, i.e. mainly by its geometric accuracy.
These five SPMs are then compared in pose accuracy due to manufacturing errors of their links.
During welding process, there are a number of factors which can significantly affect manufacturing accuracy.
This paper presents the digital design and manufacturing technology for aircraft structural parts since the aircraft structural parts is becoming large-scale, integrated and complicated, and the requirement of manufacturing accuracy is higher, which taking challenge for manufacturing technology.
From a manufacturing perspective, though, Millipede may be less attractive than HP's new device, because it contains moving parts and is thus likely to require a higher degree of manufacturing accuracy.In this section Patently problematic Small wonders Allergic to the euro ReprintsHP's announcement was significant in three ways beyond the question of mere density.
This paper proposes a fundamentally new approach whereby folded assembly methods are developed for conventional thin-walled steel construction and benchmarked in terms of their assembly effort, manufacturing accuracy, and structural performance.
However, already from the initial simulation results presented in this paper it can be concluded that the influence of structural flexibility on manufacturing accuracy is of importance at desired feeding rates and accelerations.
