Multi-station daily diamond brushing and planting all-in-one machine

Abstract

The utility model discloses a multi-station daily diamond brushing and planting all-in-one machine which is characterized in that an annular upper rail is fixed below an upper rack, an annular lower rail is fixed above a lower rack, and a plurality of station subassemblies capable of sliding along the annular rail are arranged along the circumference of the annular rail; an R-axis driving disc is further supported above the lower rack through a bearing, and the R-axis driving disc and the annular lower rail are coaxial and located below the station subassemblies. A station lower fixing cylinder is fixed to a bottom plate of each station subassembly, each station lower fixing cylinder is provided with a station fixing lower plug pin driven by the station lower fixing cylinder, and a station lower positioning sleeve allowing the corresponding station fixing lower plug pin to be connected in an inserted mode is fixed to the R-axis driving disc. A top plate of each station subassembly is fixedly provided with a station upper fixing cylinder, each station upper fixing cylinder is provided with a station fixing upper plug pin driven by the station upper fixing cylinder, and a station upper positioning sleeve allowing each station fixing upper plug pin to be connected in an inserted mode is fixed to the lower portion of the upper rack. The workbench of each station of the equipment can act independently, so that the production efficiency of the equipment is greatly improved.

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