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ТЕХНОСФЕРА_РИЦ
25 Years of «Stankoinstrument» Association
25 Years as a System Integrator for the Machine Tool Industry
DOI: 10.22184/2499-9407.2024.34.1.10.14
Column of Minpromtorg
Industry News
Exhibitions, conferences, events
Problems and Solutions
S. V. Garbuk, B. M. Pozdneev, A. V. Ivanov, E. V. Babenko
Prospects of Standardisation for Development of Artificial Intelligence Technologies Application in Machine Tool Industry DOI: 10.22184/2499-9407.2024.34.1.34.42
Prospects of standardisation and application of artificial intelligence (AI) technologies in order to ensure technological independence and increase competitiveness of domestic machine-tool industry are presented. The paper focuses on the specifics of application of AI technologies for innovative development of machine-tool industry, substantiates the necessity of development of national standards that take
into account the needs of key machine-tool industries in high-tech equipment for development of automated and digital production. The variants of using artificial intelligence technologies in the machine-tool industry are presented.
Prospects of Standardisation for Development of Artificial Intelligence Technologies Application in Machine Tool Industry DOI: 10.22184/2499-9407.2024.34.1.34.42
Prospects of standardisation and application of artificial intelligence (AI) technologies in order to ensure technological independence and increase competitiveness of domestic machine-tool industry are presented. The paper focuses on the specifics of application of AI technologies for innovative development of machine-tool industry, substantiates the necessity of development of national standards that take
into account the needs of key machine-tool industries in high-tech equipment for development of automated and digital production. The variants of using artificial intelligence technologies in the machine-tool industry are presented.
Tags: artificial intelligence competitiveness digitalisation machine building machine-tool industry standardisation искусственный интеллект конкурентоспособность машиностроение стандартизация станкостроительная промышленность цифровизация
Materials Machine Tools
A. V. Sakharov
Determination of Technological Capabilities of a Portal Milling Machine With CNC DOI: 10.22184/2499-9407.2024.34.1.46.49
Determination of technological capabilities of portal milling machine for manufacturing of surface modules of parts is shown.
Determination of Technological Capabilities of a Portal Milling Machine With CNC DOI: 10.22184/2499-9407.2024.34.1.46.49
Determination of technological capabilities of portal milling machine for manufacturing of surface modules of parts is shown.
Tags: forming movements machine accuracy portal milling machine surface module technological capabilities модуль поверхностей портальный фрезерный станок технологические возможности точность станка формообразующие движения
Materials processing technologies
Yu. P. Rakunov, V. V. Abramov, A. Yu. Rakunov
Interaction of Subsystems: Primary and Synthesis in a Multi-Level Basic Group Technology System. Part 2 DOI: 10.22184/2499-9407.2024.34.1.50.59
Scientific fundamentals of development and improvement of formation of primary subsystem and synthesis of multilevel basic group technology (MBGT) are given. The development of the main subsystems of MBGT is presented. The methodology description of the parametric optimisation of types of unified cutting tools (UCT) designed for group machining and modes of optimal cutting of structural and hard-to-machine materials
on precision universal turning, CNC machines and automatic longitudinal turning machines is given.
Interaction of Subsystems: Primary and Synthesis in a Multi-Level Basic Group Technology System. Part 2 DOI: 10.22184/2499-9407.2024.34.1.50.59
Scientific fundamentals of development and improvement of formation of primary subsystem and synthesis of multilevel basic group technology (MBGT) are given. The development of the main subsystems of MBGT is presented. The methodology description of the parametric optimisation of types of unified cutting tools (UCT) designed for group machining and modes of optimal cutting of structural and hard-to-machine materials
on precision universal turning, CNC machines and automatic longitudinal turning machines is given.
Tags: методика и критерии параметрической оптимизации методика назначения режимов резания методы повышения стойкости инструмента первичная подсистема подсистема синтезирования типаж унифицированных резцов
P. A. Petrov, I. A. Burlakov, P. A. Polshkov, M. A. Chibizov, B. Yu. Saprykin
Study of A Method for Increasing the Strength of PLA Filament DOI: 10.22184/2499-9407.2024.34.1.60.63
The results of comparative analysis of strength characteristics of blanks obtained by 3D printing from ESUN PLA filament, which were subjected to tempering at different temperatures, are presented.
Study of A Method for Increasing the Strength of PLA Filament DOI: 10.22184/2499-9407.2024.34.1.60.63
The results of comparative analysis of strength characteristics of blanks obtained by 3D printing from ESUN PLA filament, which were subjected to tempering at different temperatures, are presented.
Tags: 3d printing 3d-печать compression and tensile test pla filament strength tempering испытание на сжатие и растяжение отпуск прочность филамент pla
Tools and Tool Systems
A. I. Sandler
Geometry of Contact and Technological Aspects of Relieving of Gear Cutting Worm Hobs. Part 1. Determining the parameters of milling cutters and contact lines during relieving DOI: 10.22184/2499-9407.2024.34.1.64.70
The main parameters of the lateral surfaces of the teeth of gear-cutting worm cutters and the geometry of the contact lines during the operation of their radial relieving are determined.
Geometry of Contact and Technological Aspects of Relieving of Gear Cutting Worm Hobs. Part 1. Determining the parameters of milling cutters and contact lines during relieving DOI: 10.22184/2499-9407.2024.34.1.64.70
The main parameters of the lateral surfaces of the teeth of gear-cutting worm cutters and the geometry of the contact lines during the operation of their radial relieving are determined.
Tags: contact lines curvature curvature radii grinding wheel profiling involute helical surface radial relieving relieving machine tooth flanks of hobs боковые поверхности зубьев червячных фрез кривизна линии контакта профилирование шлифовального круга радиальное затылование радиусы кривизны шлифовально-затыловочный станок эвольвентная винтовая поверхность
V. V. Kopylov, N. S. Yesakov, Ya. I. Shulyak
Modular Boring Tool Research DOI: 10.22184/2499-9407.2024.34.1.72.74
Experimental comparison of stiffness of technological systems including boring IFIs consisting of several modules has been carried out. It was determined that it is reasonable to use the connection design with radial offset fixing screws for installation of prefabricated boring tool modules.
Modular Boring Tool Research DOI: 10.22184/2499-9407.2024.34.1.72.74
Experimental comparison of stiffness of technological systems including boring IFIs consisting of several modules has been carried out. It was determined that it is reasonable to use the connection design with radial offset fixing screws for installation of prefabricated boring tool modules.
Tags: adjustment assembly boring modular modulus stiffness system technological жесткость модуль модульная наладка растачивание сборка система технологическая
Measuring Equipment
M. G. Kovalsky, P. V. Panfilov, V. M. Kovalsky
Development of Domestic Linear-Angular Measurement Systems Integrated Into CNC Machine Tool Design DOI: 10.22184/2499-9407.2024.34.1.76.79
Justification of necessity and possibility of providing CNC machine tools with domestic measuring instruments in factory conditions is given. The reasons of inconsistency of the level of domestic measuring equipment to the demands of modern industrial technologies are considered.
Development of Domestic Linear-Angular Measurement Systems Integrated Into CNC Machine Tool Design DOI: 10.22184/2499-9407.2024.34.1.76.79
Justification of necessity and possibility of providing CNC machine tools with domestic measuring instruments in factory conditions is given. The reasons of inconsistency of the level of domestic measuring equipment to the demands of modern industrial technologies are considered.
Tags: active control cnc machine tool accuracy integrated measuring instruments machine tool error compensation machining accuracy активный контроль интегрированные измерительные приборы компенсация погрешности станка точность обработки точность станка с чпу
CASE STORY