A function integrated and intelligent mechanical interface for small modular machine tools

Review of the current progress and future development trend of mechanical intelligent manufacturing

“…The use of modern multimedia devices equipped with well-developed algorithmic programs can optimize the design of machinery and enhance the precision of mechanical manufacturing. For example, Jens and co-workers proposed a functionally integrated design for intelligent mechanical interfaces by using modularity [17], where machine tools are divided into small modules with appropriate flexible configurations and consistent interfaces to ensure high precision. After repeated testing with a laser interferometer, the accuracy based on motion coupling was 0.5 μm and 6.5 arc s (1 σ) [17].…”

“…For example, Jens and co-workers proposed a functionally integrated design for intelligent mechanical interfaces by using modularity [17], where machine tools are divided into small modules with appropriate flexible configurations and consistent interfaces to ensure high precision. After repeated testing with a laser interferometer, the accuracy based on motion coupling was 0.5 μm and 6.5 arc s (1 σ) [17]. The precision has been improved by 8% compared to the smallest dimensions that could be machined before [17].…”

“…After repeated testing with a laser interferometer, the accuracy based on motion coupling was 0.5 μm and 6.5 arc s (1 σ) [17]. The precision has been improved by 8% compared to the smallest dimensions that could be machined before [17]. As shown in the miniature modular machine in Figure 2 [18], this high-precision production model has an irreplaceable role in chip manufacturing, micro motors and other industries.…”