Choosing the Optimal Processing Method to Improve the Productivity of Machine Tools and Machine Systems

Turaev Tirkash Turaevich, Batirov Yakub Anvarxodjaevich, Madaminov Baxrom Mirodilovich


This article provides the materials of the tools for comparing the performance of the selected optimal methods that provide opportunities to improve efficiency. The table of performance indicators is supplemented by the surface plastic deformation treatment method and the tool used for this finishing treatment. There is also a graph indicating the processing performance by the years of appearance of various tool materials.


Productivity; Technology; Machine; System; Deformation; Ball; Grinding; Processing; Efficiency; Improvement; Comparison; Material; Operation

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Пуш, В. Э. (1985). Металлорежущие станки: Учебник для втузов. Высшая школа. 256 с.

Л. В. Перегудов, А.Н.Хашимов, И.К.Шалагуров, С.Л.Перегудов. (2001). Технологическое оборудование автоматизированного производства. Т: «Узбекстан»,– 496 с.

Тураев, Т. Т., Батиров, Я. А., & Мадаминов, Б. М. (2021). Сравнительной оценки технического уровня станков и станочных систем. Збірник наукових праць ΛΌГOΣ.

Turaevich, T. T., & Mirodilovich, M. B. (2020). Physical Foundations Structural-Formation, Surface Layer of Parts. The American Journal of Engineering and Technology, 2(09), 71-76.

Тураев, Т. Т., Батиров, Я. А., & Тожиев, Б. А. Ў. (2019). Модернизация процесса волочения проволочного изделия. Universum: технические науки, (3 (60)).



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