Full-automatic corrugated forming press for isolation diaphragm

Abstract

The invention discloses a full-automatic corrugated forming press for an isolation diaphragm. The full-automatic corrugated forming press for the isolation diaphragm comprises an automatic feed mechanism, a corrugated forming press mechanism, a rotary index table mechanism, an automatic discharge mechanism, an overhead bracket and a control mechanism. According to the full-automatic corrugated forming press for the isolation diaphragm provided by the invention, a PLC (Programmable Logic Controller) is used as a control core, a touch screen is combined to control and operate the whole mechanism, so that the system is stable and simple and convenient to operate. Diaphragms are automatically fed and discharged through a two-dimensional mechanical arm combined with a vacuum chuck, synchronous coordinated operation of three steps: diaphragm feeding, corrugation and discharging is realized by the characteristic of a quarter index rotary table which is precisely positioned through a servo motor adequately, so that the production period of products is shortened, and meanwhile the yield of the products is improved. The full-automatic corrugated forming press for the isolation diaphragm is particularly suitable for automatic production in plants.

Description

technical field [0001] The invention relates to the field of automatic processing, in particular to a fully automatic isolation diaphragm corrugation forming machine. Background technique [0002] The isolation diaphragm in the pressure transmitter is a flexible stainless steel round film that separates two media with unequal pressures. Because the diaphragm is stamped with concentric ring-shaped corrugations, it is also called a corrugated diaphragm. At present, the corrugation forming process of the isolation diaphragm mainly relies on manual operation, using simple tooling to corrugate the cut diaphragms one by one. This production mode is inefficient and has a high rate of defective products. [0003] In industrial automation production, manipulators are often used to pick and place workpieces. For handling objects with smooth surface, fragile materials, heavy weight or particularly light and thin objects, it is difficult to meet the requirements by using traditional ma...

AI Technical Summary

Problems solved by technology

For handling objects with smooth surface, fragile materials, heavy weight or particularly light and thin objects, it is difficult to meet the requirements with traditional manipulators

The handling manipulator driven by servo motor or stepper motor has high positioning accuracy, but the cost is high

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