Automatic opening cutting equipment for silicon rubber valves

Abstract

The invention discloses automatic opening cutting equipment for silicon rubber valves. The automatic opening cutting equipment comprises a working table, a Z-direction servo assembly and a two-dimensional servo assembly, wherein the Z-direction servo assembly and the two-dimensional servo assembly are arranged on the working table; the Z-direction servo assembly comprises a Z-direction servo mainshaft and a positioning tool, wherein the Z-direction servo main shaft is arranged on the working table, and the positioning tool is driven by the Z-direction servo main shaft; the two-dimensional servo assembly comprises a two-dimensional support arranged on the working table, an X-direction servo main shaft horizontally arranged on the two-dimensional support, a Y-direction servo main shaft which is driven by the X-direction servo main shaft and guided by an X-direction guiding chain and an opening cutting tool driven by the Y-direction servo main shaft to ascend and descend. The opening cutting tool is provided with a cutter which corresponds to the positioning tool vertically and perpendicularly. Through X, Y and Z three dimensions, the position of cutting is precisely controlled eachtime; the cutting depth can be adjusted according to different thicknesses of thin films of silicon rubber valves, the opening cutting precision and opening cutting efficiency are ensured greatly, itis guaranteed that the openings of the silicon rubber valves are cut thoroughly with cleanliness, and the yield of the products is high.

Description

technical field [0001] The invention relates to an automatic silica gel valve cutting device. Background technique [0002] Silicone valve is a leak-proof silicone product used in bottle caps of beverages and kitchen condiments. When the external force is squeezed or sucked, the flat or cross-shaped incision opens, and the liquid flows out. When there is no external force, the incision is closed to prevent the liquid from overflowing. [0003] In the production of silicone valves, due to the thin thickness of the place where the cutout is required and the large difference from the thickness of the entire product, the thickness changes greatly during molding. Different, the punching stroke is too large to cause the die and punch to wear faster, and the punching stroke is small, some parts cannot be completely punched and there will be adhesion phenomenon, there will be problems of continuous cutting and hair, which will affect the liquid outflow and the verticality of the wat...

AI Technical Summary

Problems solved by technology

[0003] In the production of silicone valves, due to the thin thickness of the place where the cutout is required and the large difference from the thickness of the entire product, the thickness changes greatly during molding. Different, the punching stroke is too large to cause the die and punch to wear faster, and the punching stroke is small, some parts cannot be completely punched and there will be adhesion phenomenon, there will be problems of continuous cutting and hair, which will affect the liquid outflow and the verticality of the water flow, thus Affect the function of the silicone valve

Images