Intelligent ballistic automatic machining center for cone mirror part

Abstract

The intelligent ballistic automatic machining center is provided with a machine table assembly, tray feeding systems are symmetrically arranged at the two ends of the machine table assembly respectively, tool rest systems are installed on the portions, on the two sides of the feeding ends of the tray feeding systems, of the machine table assembly respectively, and ultra-precise main shafts are arranged at the positions corresponding to tool positions of the tool rest systems; the robot carrying system is arranged in the middle of the machine table assembly, the cone mirror parts are conveyed by the tray feeding system and then grabbed by the robot carrying system to the ultra-precision main shaft to be clamped, the cone mirror parts are machined by a tool of the tool rest system, and the machined cone mirror parts are conveyed back by the tray feeding system and stacked in the material warehouse. Ultra-precision production and automation are combined, manual work can be replaced, uninterrupted production is achieved, the working efficiency can be improved, meanwhile, discrete machine tools are integrated into a machining center form, and the overall equipment cost is saved.

Description

technical field [0001] The invention relates to the technical field of ultra-precision machining, in particular to an intelligent ballistic automatic machining center for axicon mirror parts used in a line throwing instrument. Background technique [0002] In the existing ultra-precision machining process of cone mirror parts, due to the high positioning accuracy requirements, manual reassembly and re-processing are required to obtain the final product. Ultra-precision machining is a difficult point in the manufacturing industry, and the processing is laborious. Full-automatic processing , It is even more difficult to use equipment to replace the original labor. With the continuous advancement of technology and Industry 4.0, labor costs have also increased and equipment prices have decreased. Now there are more and more requirements for the use of intelligent equipment to replace labor. bigger and bigger. Contents of the invention [0003] The technical problem to be solv...

AI Technical Summary

Problems solved by technology

[0002] In the existing ultra-precision machining process of cone mirror parts, due to the high positioning accuracy requirements, manual reassembly and re-processing are required to obtain the final product. Ultra-precision machining is a difficult point in the manufacturing industry, and the processing is laborious. Fully automatic processing , It is even more difficult to use equipment to replace the original labor. With the continuous advancement of technology and Industry 4.0, labor costs have also increased and equipment prices have decreased. Now there are more and more requirements for the use of intelligent equipment to replace labor. getting bigger

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