Solutions based on automatic changeable modules used for implementation of the laser technology on machining CNC

The paper is a generalization of lessons learned in the development of technical solutions aimed at finding cost-effective ways of integrating laser processing technology in modern production, and address their automation under conditions of multiproduct release engineering products. Based on the analysis of demand for laser processing technology shows that the conditions for a modern production of relevant development of integrated technical solutions in the field of automation of laser processing technologies, providing fold reduction in their value in real market conditions. As one of the directions on this subject in the article the approach based on the development and implementation of automatically interchangeable modules that implement laser processing technology, the production cycles of the automated functioning of modern machine tools. It is proposed on the basis of block-modular principle composition automatically create a set of interchangeable modules that allow practice to develop a technical solution for the automation of laser processing technologies for almost any individual tasks of industrial enterprises. It shows the design of the device for the implementation of laser marking technology in the working area of the modern automated machining equipment. The description and the concept of the device, as well as a variant of its technical performance. To address issues of automation developed an algorithm that allows you to organize the functioning of the device from the standard equipment of the control system in the implementation of laser marking technology in a production area of modern CNC machine. At the core of the module design it is proposed to use the elements of a standard and unified automated tooling machine equipment, as well as elements of modern fiber laser. With regard to the proposed design of the module provides guidance on the organization of cycles of automated laser marking of parts. According to the results of the present study formulated the expected effects of the use of a module of the proposed design for an integrated approach to addressing the automation of laser processing technology, the main of which - fold reduction of production cost by reducing the cost of equipment, and high-performance machining of parts due to the time loss reduce production preparation.