Laser measurements based for volumetric accuracy improvement of multi-axis systems

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Abstract

The paper describes a new developed approach to CNC-controlled multi-axis systems geometric errors compensation based on optimal error correction strategy. Multi-axis CNC-controlled systems-machine-tools and CMM's are the basis of modern engineering industry. Similar design principles of both technological and measurement equipment allow usage of similar approaches to precision management. The approach based on geometric errors compensation are widely used at present time. The paper describes a system for compensation of geometric errors of multi-axis equipment based on the new approach. The hardware basis of the developed system is a multi-function laser interferometer. The principles of system's implementation, results of measurements and system's functioning simulation are described. The effectiveness of application of described principles to multi-axis equipment of different sizes and purposes for different machining directions and zones within workspace is presented. The concepts of optimal correction strategy is introduced and dynamic accuracy control is proposed.

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APA

Vladimir, S., & Konstantin, B. (2014). Laser measurements based for volumetric accuracy improvement of multi-axis systems. In Physics Procedia (Vol. 56, pp. 1297–1304). Elsevier B.V. https://doi.org/10.1016/j.phpro.2014.08.054

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