A ceramic grinding hole reaming machine

Abstract

The invention provides a ceramic grinding hole expanding machine. The machine comprises a stand, a ceramic feeding mechanism, a jig turning plate mechanism, a first drilling mechanism, a second drilling mechanism, a first hole expanding mechanism, a second hole expanding mechanism, a third hole expanding mechanism, a ceramic jig mechanism, a ceramic blanking mechanism, a ceramic recovering mechanism, a ceramic blowing-off mechanism, a control system, a cooling barrel and a jig separating power mechanism. The machine is applicable to drilling, hole expanding, accurate positioning and processing of fine ceramic, so as to achieve consistent aperture and straight through holes; the minimum diameter of an expandable inner hole is 0.6mm, and the maximum diameter is up to 10mm; the length of the expandable inner hole is 4 to 30mm; in addition, accurate positioning and full automatic and accurate feeding can be achieved; qualified products and unqualified products can be fully automatically sieved and can accurately blanked and individually recovered; therefore, the intelligence operation degree is high, the working efficiency is high, the processing time is saved, the yield of products is high, the effect is good, the cost is small, the use is simple, convenient and fast, and the demand of fine industry development can be met.

Description

technical field [0001] The invention relates to a ceramic grinding hole reaming machine. Background technique [0002] The traditional ceramic pore forming is mainly formed by firing casting. The ceramics formed by firing casting have large pore diameters, different pore sizes, non-straight through holes, and low precision, which cannot meet the needs of the development of fine industries. Later, ceramic drilling technology using manual processing appeared on the market, but because the position of the human right hand on the ceramic is different each time during processing, the positioning of the material is not accurate, and the positioning of the manual drilling is not accurate. , The phenomenon of deviation is prone to occur, the yield of the product is low, the work efficiency is low, the effect is poor, and the cost is high. Therefore, in view of the shortcomings of the above-mentioned technical problems in the traditional ceramic hole-forming technology, the applican...

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Problems solved by technology

[0002] Traditional ceramics are mainly formed by firing and casting. The ceramics formed by firing and casting have large pore diameters, different pore sizes, non-straight through holes, and low precision, which cannot meet the needs of the development of fine industries.

Later, ceramic drilling technology using manual processing appeared on the market, but because the position of the human right hand on the ceramic is different each time during processing, the positioning of the material is not accurate, and the positioning of the manual drilling is not accurate. , prone to deviation, low product yield, low work efficiency, poor effect, high cost

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