Ceramic multi-section die rolling forming automation device

Abstract

The invention discloses a ceramic multi-section mold rolling forming automation device which comprises a mold blocking module, a mold arranging and carrying module, a rotary disc module, an inner mold taking module, a carrying mechanism, a left tooling, a right tooling, an inner mold cleaning module, an outer mold cleaning module, a leveling module, an operation interface and a machine cabinet. The mold blocking module, the mold arranging and carrying module, the rotating disc module, the inner mold taking module, the carrying mechanism, the inner mold cleaning module and the outer mold cleaning module are included. According to the automatic rolling forming device for the ceramic multi-petal die, the purpose of replacing manual operation is achieved through mutual cooperation of all the mechanisms, the product quality and the production efficiency are greatly improved, complex operation actions are achieved through cooperation of multiple mechanisms instead of manual operation, the operation risk is reduced, and the quality consistency is guaranteed; and when the equipment goes wrong, the equipment can be quickly moved for maintenance or replacement of standby equipment, so that the influence on production is reduced to the minimum, and a better use prospect is brought.

Description

technical field [0001] The invention relates to the field of ceramic manufacturing, in particular to an automatic device for rolling and forming a ceramic multi-lobe die. Background technique [0002] Ceramic multi-lobe die roll forming automation device is a kind of supporting equipment for ceramic manufacturing. The production of ceramic products has a long history. It is characterized by high temperature firing, no fading, no water absorption, no deformation, and easy cleaning. With the continuous development, people have higher and higher requirements for the manufacturing process of ceramic multi-lobe die roll forming automation devices. [0003] The existing ceramic multi-lobe mold rolling forming automation device has certain drawbacks in use. Traditional ceramic manufacturing still completes each production process manually, which has high labor costs, low production efficiency, poor working environment, and high labor intensity, which affects workers. Health is not...

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Problems solved by technology

[0003] The existing ceramic multi-lobe die rolling forming automation device has certain disadvantages in use. The traditional ceramic manufacturing still completes each production process manually, which has high labor costs, low production efficiency, poor working environment, and high labor intensity, which affects the workmanship. Physical health is not conducive to people's use, and has brought certain adverse effects on people's use process. Therefore, we propose an automatic device for ceramic multi-lobe mold roll forming

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