Blister subsequent die cutter cutting forming device

Abstract

The invention discloses a blister subsequent die cutter cutting forming device, which comprises an outer bracket structure, an inner bracket structure, a press roller motion mechanism, a die cutter overturning mechanism, an automatic air blowing mechanism and an electronic control mechanism. The inner bracket structure is located in the outer bracket structure; the outer bracket structure is provided with the press roller motion mechanism and the electronic control mechanism; and the inner bracket structure comprises the die cutter overturning mechanism and the automatic air blowing mechanism.The blister subsequent die cutter cutting forming device has the beneficial effects that the automation degree is high, terminal collision protection is provided, thus the labor intensity of an operator is relieved, the maximum service life of a die cutter is guaranteed, the pass rate of product cutting is also guaranteed, the production capacity is improved, energy consumption is lowered, and the safety of persons and equipment is guaranteed.

Description

technical field [0001] The invention relates to the technical field of post-molding deep processing of plastic sheet packaging, in particular to a cutting and forming device for post-blister mold knife cutting. Background technique [0002] At present, there are mainly two ways of cutting and forming equipment for mold knife cutting after blistering: [0003] The first one is to use hydraulic machinery for stamping and cutting. The main disadvantages of this equipment are: [0004] Lower production capacity: first stamp the processed large piece of forming frame material into a small frame material of about 20X20 cm, then manually collect it for temporary storage, and finally manually stack several layers of the small frame material and place it in the die knife for stamping and cutting again, and manually take it out again One-time stamping and automatic separation of a whole sheet or a large area is not possible. Due to the cumbersome process, the production capacity is l...

AI Technical Summary

Problems solved by technology

[0013] Poor quality stability: Since the mold knife is directly placed on the transmission belt, when passing through the roller pressure cutting, it will be rubbed by the conveyor belt and the strong rolling friction of the roller, which will aggravate the wear of the bottom of the mold knife, gradually lose parallelism, and lose After the parallelism, the die edge loses the vertical force, the product cutting accuracy will be affected, and the product quality will also be affected, which may eventually lead to the damage of the die edge and unnecessary waste

[0014] Low production capacity: Since the operator needs to walk back and forth to work, and also needs to bend down to pick up the cut products, it is very time-consuming and has a great impact on production capacity

[0015] Either way, there are disadvantages such as low production capacity, no safety guarantee for people and equipment, high labor intensity, high energy consumption, shortened life of mold knives, and unguaranteed product qualification rate and quality.

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