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ТЕХНОСФЕРА_РИЦ
Issue #2/2024
S. V. Burdak, E. M. Zakharevich, V. V. Lapshin, M. A. Shavva, R. A. Poshekhonov
Innovative Developments in the Field of Russian Ultra-precision Machine Tools
Innovative Developments in the Field of Russian Ultra-precision Machine Tools
10.22184/1993-7296.FRos.2024.18.2.116.120
The article presents the technical characteristics and main design features of a new generation ultra-precision lathe for processing optical surfaces of parts, as well as a description of its components and options.
The article presents the technical characteristics and main design features of a new generation ultra-precision lathe for processing optical surfaces of parts, as well as a description of its components and options.
Теги: aerostatic linear stages aerostatic spindle diamond turning on-machine measurement system optical materials processing ultra-precision equipment алмазное точение аэростатические линейные направляющие аэростатические шпиндельные узлы контроль формы на станке обработка оптических материалов ультрапрецизионное оборудование
Innovative Developments in the Field of Russian Ultra-precision Machine Tools
Innovative Developments in the Field of Russian Ultra-precision Machine Tools
S. V. Burdak 1, E. M. Zakharevich 1, V. V. Lapshin 1, M. A. Shavva 1, R. A. Poshekhonov 2
LLC «SPA Aspherica», Moscow, Russia
Bauman Moscow State Technical University, Moscow, Russia
The article presents the technical characteristics and main design features of a new generation ultra-precision lathe for processing optical surfaces of parts, as well as a description of its components and options.
Keywords: ultra-precision equipment, aerostatic linear stages, aerostatic spindle, on-machine measurement system, diamond turning, optical materials processing
Article received: 12.01.2024
Article accepted: 26.02. 2024
Innovative Developments in the Field of Russian Ultra-precision Machine Tools
S. V. Burdak 1, E. M. Zakharevich 1, V. V. Lapshin 1, M. A. Shavva 1, R. A. Poshekhonov 2
LLC «SPA Aspherica», Moscow, Russia
Bauman Moscow State Technical University, Moscow, Russia
The article presents the technical characteristics and main design features of a new generation ultra-precision lathe for processing optical surfaces of parts, as well as a description of its components and options.
Keywords: ultra-precision equipment, aerostatic linear stages, aerostatic spindle, on-machine measurement system, diamond turning, optical materials processing
Article received: 12.01.2024
Article accepted: 26.02. 2024
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