Optical communication parts

Main precision requirements for optical communication component processing

During the processing of optical communication parts, real-time detection is carried out on the workpiece to timely detect and correct errors. This function can effectively avoid the problem of re clamping positioning caused by unqualified conventional post-processing testing, shorten production time, and improve production efficiency. It can induce changes in cutting conditions (such as cutting force, temperature, etc.) during the cutting process.

By using an adaptive control system, the machine tool can be controlled to change the cutting amount in a timely manner, ensuring that both the machine tool and the cutting tool remain in good condition, thereby achieving higher cutting efficiency and machining quality, and extending the service life of the cutting tool. There are many factors that affect the accuracy of metal processing. Machine quality, material selection, and even room temperature can all play a role, while some customers may have significantly different precision requirements from others.

Many precision and precision parts processing rely on automation technology to achieve expected goals, while many manufacturing automation relies on precision machining to achieve accuracy and reliability. They all play a decisive role globally and are the pillars of advanced manufacturing technology.

Taking precision machining and ultra precision machining technology as an example, the development of the computer industry is not only in software, but also in hardware, which has strong capabilities in integrated circuit chips. It should be said that the current level of integrated circuit manufacturing in China restricts the development of the computer industry. Precision machining is achieved through the use of precision machine tools and precision instruments under strictly controlled environmental conditions.