Foam helmet forming rotary transfer molding machine

Abstract

The invention discloses a foam helmet forming rotary transfer molding machine, and belongs to the technical field of foam forming machining equipment. The machine comprises a rear rack, a movable mold rack, a rack guide rod, a water tank and a rotary mold rack, wherein the water tank is located in the middle of the rotary mold rack, is movably connected with the rotary mold rack, and can rotate in the rotary mold rack; and the rotary mold rack, the movable mold rack and the rear rack are movably connected through the rack guide rod in sequence. By using the foam helmet forming rotary transfer molding machine, a formed product can be taken out by using a rotary water tank after a foam helmet is heated and formed, and meanwhile, the movable mold rack is moved to fill a mold, so that the high-efficiency production process is realized, the operation difficulty is reduced, and the space utilization rate of a production workshop is improved.

Description

technical field [0001] The invention belongs to the technical field of foam molding processing equipment, in particular to a mold transfer machine used in foam helmet molding processing. Background technique [0002] At present, in the EPS / EPP helmet foam molding industry, some helmet products with high production requirements need to mold the helmet shell and foam at one time during the foam molding of the helmet. Therefore, the shell needs to be embedded in the mold in advance during production. Then it is filled with foam for foaming, and the semi-finished / finished helmet with shell is directly produced. At this time, most of them enter the machine manually, put the shell into the mold, and carry out production. The production efficiency is low; One of the fixed molds and the movable mold are in production, and the other fixed mold is manually installed. [0003] However, the left and right mold shifting machines are huge, and the land area needed to move the mold is la...

AI Technical Summary

Problems solved by technology

At this time, most of them enter the machine manually, put the shell into the mold, and carry out production. The production efficiency is low; One of the fixed molds and the movable mold are in production, and the other fixed mold is given to manually install the mold

[0003] However, the left and right mold shifting machines are huge, and the land area needed to move the mold is large, resulting in a low space utilization rate in the production workshop. Because of the huge machine, the production difficulty is high, and a lot of materials are consumed, the production cost of the machine is too high. High, low market recognition rate

And because one of the fixed mold and the movable mold needs to be kept in production, and the other fixed mold needs to be manually installed, so the production efficiency of special structure helmets under this process is obviously not high.

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