Automatic polishing machine for aluminum silicate fiberboards

Abstract

The invention provides an automatic polishing machine for aluminum silicate fiberboards and relates to the technical field of aluminum silicate fiberboard manufacturing equipment. The automatic polishing machine comprises a front bracket, a rear bracket, a polishing bottom base, a polishing base, vacuum boxes, multiple polishing power heads, liftable transmission mechanisms corresponding to the polishing power heads respectively and a belt transmission mechanism; the polishing bottom base is longitudinally connected with the front bracket and the rear bracket separately in the front and rear direction, and the belt transmission mechanism is disposed on the brackets; the polishing base is transversely fixed above the polishing bottom base and is perpendicular to the conveying direction of aflat belt; every three corresponding polishing power heads are distributed on the front and rear vertical planes of the polishing base in a triangle shape, wherein one polishing power head is arranged on the front side, and the other two polishing power heads are arranged on the rear side; the vacuum boxes are fixed to the two top faces of the polishing base and located between the two edges of the flat belt and support the upper side of the flat belt to form a plane serving as a polishing base surface. Continuous transmission of the belt and high-speed polishing are conducted synchronously through vacuum adsorption positioning and the intersection of the polishing faces of the polishing power heads, so that the production efficiency is greatly improved.

Description

technical field [0001] The invention relates to the technical field of aluminum silicate fiberboard manufacturing equipment, in particular to an automatic aluminum silicate fiberboard grinding machine. Background technique [0002] Most of the existing automatic grinding of aluminum silicate fiberboards is an extensive single-machine intermittent production method, especially the large-size aluminum silicate fiberboards are limited by the grinding amount when using abrasive belt grinding, and even the cutting amount is limited. Manual transfer and repeated grinding are required. , Low production efficiency affects product competitiveness, manpower occupation is increasing, cost pressure is increasing day by day, large workshop loss restricts yield, product quality level is low, and it is even more difficult to adapt to the technical progress requirements of aluminum silicate fiberboard products. Contents of the invention [0003] (1) Solved technical problems [0004] Aim...

AI Technical Summary

Problems solved by technology

[0002] Most of the existing automatic grinding of aluminum silicate fiberboards is an extensive single-machine intermittent production method, especially the large-size aluminum silicate fiberboards are limited by the grinding amount when using abrasive belt grinding, and even the cutting amount is limited. Manual transfer and repeated grinding are required. , low production efficiency affects product competitiveness, manpower occupation is increasing, cost pressure is increasing day by day, large workshop loss restricts yield, product quality level is low, and it is even more difficult to adapt to the technical progress requirements of aluminum silicate fiberboard products

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