Analysis of the possibilities of developing a low-operating technology for manufacturing the mechanical part of optical devices

Abstract

The article discusses the relevance of modern low-operating technology for manufacturing the mechanical part of optical devices. It is suggested that the most suitable modern technological strategies for the low-operational production of complex metal parts of devices are additive technologies and cutting processing on machines of the "processing center" type (OC). The advantages and disadvantages of 3D technologies are systematized. The possibility of obtaining complex metal parts by additive technologies in two to five technological operations has been determined. Attention is drawn to the lack of accurate and objective information about additive technologies in terms of their application in instrumentation. The factors hindering the low-operational technology of manufacturing metal parts on machines of the "OC" type, as well as measures to eliminate these factors, are determined. The possibility of obtaining complex metal parts using OC in five technological operations has been determined.