A flexible CNC machining system is developed for panel furniture manufacturing to improve equipment adaptability and reduce non-machining time in customized production. The proposed system integrates a modular machining structure, multi-axis motion platform, automatic positioning fixtures, and a digital control system to enable flexible drilling and grooving operations. A machining path optimization strategy is introduced to reduce unnecessary tool movements. Experiments on medium-density fiberboard (MDF) panels demonstrate that the optimized method reduces machining time from 986~s to 654~s for 20 machining tasks and from 1248~s to 812~s for 25 tasks. The proposed equipment achieves a positioning error of 0.04--0.06~mm in repeated tests, showing improved machining stability compared with conventional equipment. The results verify the effectiveness of the proposed approach for small-batch and multi-variety panel furniture manufacturing.
Thin-walled shell parts are prone to deformation during machining, imposing stringent requirements on process planning, dimensional consistency and efficiency. To address the drawbacks of conventional stand-alone machining such as high labor dependence and unstable quality, this study proposes an intelligent machining...
Tao Chen, Jing-Min Li, Hong-Xin Ye et al.· International Conference on...· 0 citations
Addressing the problems of strong specificity of roll grinder support pads and the inability to interchange them between different equipment models, this paper takes HERKULES and MK84160 roll grinders as research objects to investigate modular design and precision machining technology for support pads]. Through interfa...
Qi-Guang Fu, Guo-Xin Xu, Kui-Li Gao et al.· Journal of Physics, Conferen...· 0 citations
Industrial robot machining systems are gaining attention due to their flexibility; however, existing systems face challenges in expanding the robot's workspace and supplying the materials necessary for processing. In this study, we propose a machining system with a modular structure and multi-point simultaneous machini...
Rui Zhang, Takehito Yoshida, Koki Honda et al.· IEEE Robotics and Automation...· 0 citations
This study presents the development and implementation of a digital control subroutine designed to improve machining accuracy in CNC milling machines. The proposed approach integrates adaptive digital control principles into the CNC machining process by continuously monitoring machining parameters and compensating for...
M. Muradov· ВИМІРЮВАЛЬНА ТА ОБЧИСЛЮВАЛЬН...· 0 citations
Computer numerical control machining process parameter optimization for mechanical equipment components is a key link in improving machining efficiency and quality. It can not only significantly reduce production costs, but also ensure the accuracy and reliability of the components. To achieve process parameter optimiz...
Jia-Xin Liu· Engineering Research Express· 0 citations
To address the high-precision positioning and clamping requirements of ball joints (ball studs) in automated CNC turning operations, this paper presents a specialized fixture designed for TAKAMAZ precision lathes integrated with robotic arms. The fixture employs a combined positioning strategy of "three-jaw chuck with...
Wen-Feng Zhang, Min Wan, Jing-Yun Yin et al.· International Conference on...· 0 citations
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