Abstract
Widespread belt grinding hampered by the lack of definition of rational theory of fields of
use, practical advice and techniques necessary to obtain the required accuracy and surface quality at
the lowest cost. In this regard, the most important problem is the development of theoretical and
technological bases of high-performance grinding abrasive belts.
Thus, the development of theory and methods for increasing the efficiency of the grinding
abrasive belts based on receipt of the required product quality is an issue of concern.
The work carried out theoretical and experimental studies evaluating the accuracy and reliability of
the results. The work was based on the fundamental principles of the theory of cutting, plasticity, thermal
conductivity, as well as the provisions of modern engineering technology, dynamics and tribology
technology systems with the use of mathematical statistics, probability theory and multivariate planning.