The phrase "high-precision manufacturing" is correct and usable in written English.
It can be used when discussing manufacturing processes that require a high level of accuracy and detail.
Example: "The company specializes in high-precision manufacturing, ensuring that every component meets strict quality standards."
Alternatives: "precision engineering" or "high-accuracy production".
Inside, you'll find high-precision manufacturing more than a decade in the making: tightly machined rare earth magnets and a 30 percent glass-infused plastic that creates rigidity to increase the airtightness of the device, which in turn keeps it from losing quality on the bass and treble ends.
That speed has enabled the technology to fill a niche: that of high-precision manufacturing of electronic components for cellphones, handheld computers and other technologies.
These are useful for encouraging the attention to detail and relentless improvement that are the hallmarks of Japan's high-precision manufacturing, but they can be less helpful in the more free-spirited knowledge economy.
Building on the company's experience in high-precision manufacturing, its mass production capability and supply chain expertise, Sony DADC's BioSciences division partners with life sciences and diagnostics companies, enabling the industrial manufacturing of smart consumables.
High throughput requirements on high-precision manufacturing systems lead to a situation where the flexible dynamics hamper the performance at the positions of interest.
The investigation demonstrates how high-precision manufacturing tasks can be optimized by the integration of robot link design and control system design.
For the highest precision manufacturing required for chips like Nvidia's, Taiwan, South Korea and the U.S. are the world leaders, with China trying to catch up through programs like Made in China 2025 (which, after caustic pushback from countries around the world, it looks like Beijing is potentially scrapping this week).
Due to using the high-speed machining centers, the machine has a high-precision of manufacturing and a high-performance closed-loop control system (Zhang and Pan 1997; Zhang et al. 2002).
It can be used for the effective determination of sharp edges or corners based on discrete data points measured for high-precision industrial inspection and manufacturing.
