Casting wax pattern raw material mixing device

Abstract

The invention provides a casting wax pattern raw material mixing device which comprises an upper support frame, wherein a wax crumb supply device is arranged on the upper support frame; a mixing device is arranged right under an outlet pipe of the wax crumb supply device; the wax crumb supply device comprises a transmission motor, an operation box, a support plate and a push cylinder, wherein the transmission motor is connected and fixed with a rotary table, a plurality of blades are sequentially arranged on the rotary table, and a cylinder shaft of the push cylinder is connected and fixed with a push plate; a rotary barrel is arranged in an outlet pipe of the operation box; the mixing device comprises a support body and a wax stirring barrel, two ends of the wax stirring barrel are fixed on the support frame, a thermal insulation and heating mechanism and a stirring container are sequentially arranged in the wax stirring barrel, a thermal insulation cover is arranged on the wax stirring barrel, a stirring shaft is arranged in the stirring container, and an end part is connected and fixed with a hybrid motor. The casting wax pattern raw material mixing device is totally closed, a stirred paste pattern material is fine and uniform, and the wax pattern strength is improved.

Description

technical field [0001] The invention relates to a wax pattern raw material mixing device for casting. Background technique [0002] In the field of casting, wax molds are first made. The raw materials for making wax films are made of liquid wax and wax shavings to make paste molds. At present, wax ingots are first planed into snowflake wax shavings, and then paste wax is prepared. Wax Currently, the raw material is to place the wax ingots in the wax flake machine and feed the cut wax shavings through the rotating cutter head. However, during this operation, since the size of each wax ingot is different, it is easy to produce wax during the pushing process. The deviation will affect the effect. During the pushing process, the wax ingots will inevitably stick to wax in the operation box. After a long time, it will not only be difficult to clean, but also affect the smoothness of pushing. At the same time, the processed wax chips must be mixed with liquid wax. The heat preserv...

AI Technical Summary

Problems solved by technology

[0002] In the field of casting, wax molds are first made. The raw materials for making wax films are made of liquid wax and wax shavings to make paste molds. At present, wax ingots are first planed into snowflake wax shavings, and then paste wax is prepared. Wax Currently, the raw material is to place the wax ingots in the wax flake machine and feed the cut wax shavings through the rotating cutter head. However, during this operation, since the size of each wax ingot is different, it is easy to produce wax during the pushing process. The deviation will affect the effect. During the pushing process, the wax ingots will inevitably stick to wax in the operation box. After a long time, it will not only be difficult to clean, but also affect the smoothness of pushing. At the same time, the processed wax chips must be mixed with liquid wax. The heat preservation effect of mixing and stirring is poor, the mixing is uneven and the pouring is inconvenient, and the fineness and uniformity of the paste mold cannot be guaranteed, which affects the surface finish of the wax film

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