Contouring Accuracy Improvement in VMC V-544
Hardik H. Bhatt, Ketan D Saradava
Abstract
Hardik H. Bhatt, Ketan D Saradava
Abstract
Computer numerical control (CNC) machine tools are currently broadly utilized as a part of the manufacturing business. With an expanding request on the dimensional precision of machined parts, analysts are keeping on looking for different techniques to enhance the machining accuracy of CNC machines. Contouring accuracy regarding contour error is a major sympathy toward the planners and end-clients of contouring (or continuous-path) kind of CNC machines. In this paper, a methodology for axial dynamics matching through increase tuning is proposed for enhancing the contouring accuracy in CNC machines. All the more particularly, gain tuning has a place with contouring control.
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Computer numerical control (CNC) machine tools are currently broadly utilized as a part of the manufacturing business. With an expanding request on the dimensional precision of machined parts, analysts are keeping on looking for different techniques to enhance the machining accuracy of CNC machines. Contouring accuracy regarding contour error is a major sympathy toward the planners and end-clients of contouring (or continuous-path) kind of CNC machines. In this paper, a methodology for axial dynamics matching through increase tuning is proposed for enhancing the contouring accuracy in CNC machines. All the more particularly, gain tuning has a place with contouring control.
Key concepts: Contouring, Numerical control, Matching (statistics), Machining, Computer science, Machine tool, Path (computing), Engineering drawing