Full-automatic trepanning and hole grinding machine

Abstract

The invention discloses a full-automatic trepanning and hole grinding machine which comprises a bottom frame, a conveying component, a positioning and clamping component, a first machine head component, a second machine head component, a bottom hole drilling component, a main electric box component and a control box component. The device is characterized in that the conveying part is installed on the bottom frame, and the positioning and clamping part is installed on the conveying part; the first machine head part, the second machine head part, the bottom hole drilling part, the main electric box part and the control box part are all installed on the bottom frame, and the main electric box part is electrically connected with the conveying part, the positioning and clamping part, the first machine head part, the second machine head part, the bottom hole drilling part and the control box part. Through a mechanical structure, precision transmission and a numerical control system, various motors and grinding tools are controlled to fully automatically complete the hole opening and grinding process of the stone plate, manual machining is replaced, body loss of workers is reduced, and production safety is improved.

Description

technical field [0001] The invention relates to the field of stone processing equipment, in particular to a fully automatic drilling and grinding machine. Background technique [0002] There are more and more practical stone materials for decoration in public buildings, hotels and family residences. For example, stone materials are constantly used in the decoration of kitchens and bathrooms. Here, it is often necessary to cut rectangular holes, round holes or oval holes on the stone materials and polish them. , and then drill holes on the bottom of the plate for installing washbasins or basins such as wash basins. In addition, a round hole needs to be drilled on the plate for installing faucets. [0003] For some artificial stones or natural stones, the above holes can be milled by manual cutting or engraving machine, and then manually transported to another station for manual grinding and polishing, and the stone plate needs to be turned over to drill the holes on the botto...

AI Technical Summary

Problems solved by technology

[0004] For stones with relatively high hardness, such as granite and quartz stone, it is difficult for engraving machines to mill or the processing cost is relatively high. At present, most of them are cut by hand with a portable machine.

Manual cutting, handling, manual polishing, flipping and manual drilling, this processing method requires high technical and physical requirements for operators, high factory investment, low processing efficiency, unstable and inconsistent product quality

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