Water gap cut-away equipment and water gap cut-away method

Abstract

The invention relates to water gap cut-away equipment and a water gap cut-away method. The water gap cut-away equipment comprises a working platform. Cutting assemblies are arranged on the working platform and comprise product fixing seats, water gap clamping mechanisms, main cutting mechanisms and auxiliary cutting mechanisms. The main cutting mechanisms comprise main cutters and first drive devices. The auxiliary cutting mechanisms comprise fixedly-arranged auxiliary cutters. A cutting position is arranged between each main cutter and the corresponding auxiliary cutter, and each product fixing seat is located on one side of the corresponding cutting position. The water gap clamping mechanisms comprise clamping devices and second drive devices, the second drive devices drive the clampingdevices to face or deviate from the cutting positions, and the first drive devices drive the main cutters to move towards the cutting positions. The water gap cut-away method adopts the above water gap cut-away equipment for water gap cut-away. By means of the water gap cut-away equipment and the water gap cut-away method utilizing the water gap cut-away equipment, the cut-away efficiency of watergap parts is good, the water gap cut-away effect is good, the labor intensity of workers is effectively reduced, and the work efficiency and product quality are improved.

Description

technical field [0001] The invention relates to the technical field of automatic production equipment, in particular to a nozzle cutting device and a nozzle cutting method. Background technique [0002] The nozzle is the connecting part between the frame and the injection molded part during the molding process of the injection molded part. The nozzle is the redundant part of the injection molded part. After the injection molded part is formed, the nozzle needs to be cut off. At present, the operator mainly relies on the operator to manually trim the nozzle. First, the nozzle is cut with scissors, and then smoothed with a sharp knife, which is inefficient. Especially for products with multiple nozzles, such as a car tail box trim with six glue points, that is, there are six nozzles that need to be removed. If the nozzles are manually removed, it will take a lot of time and labor is intensive. In addition, the surface of some products needs to be electroplated, so the appeara...

AI Technical Summary

Problems solved by technology

For some larger, especially long-shaped injection molded parts, when the injection molded part is placed on the fixed seat by manipulator or manually, the buckle structure of the injection molded part may be completely embedded in the fixed seat, resulting in that the injection molded part cannot be fixed. , the injection molded parts are not effectively fixed, resulting in uneven cutting of the nozzle parts, which requires manual secondary grinding

In addition, the pressing mechanism is also easy to damage the surface appearance of the product, causing secondary damage

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