Researchers from PFIC, the Ural branch of Perm Polytechnic and Russian Sciences, developed an automatic system that significantly accelerated the quality control of gaps for optical fibers. Unlike traditional methods that require many separate measurements, a new approach allows you to analyze several basic parameters at the same time with a process. This not only increases accuracy, but also makes fiber production safer because of the rejection of toxic oils.
The essence of the method is the use of an infrared laser that rarely helps to identify a white LED that evaluates the distribution of metals and the refraction indicator in the workpiece. Cameras and sensors record all changes in the structure of the material and process the produced algorithms instantly. Developers, measurement accuracy has reached 95%, which is particularly important for the more production of high -quality lasers and amplifiers.
In the future, the system will be able to analyze more features, and artificial intelligence will help to predict possible defects in the first stages of production. In fact, some industrial companies offer the elements of this technology to their processes. According to scientists, innovation can rarely save metals while reducing costs and time for the production of optical fibers.
Source: Ferra
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