Automatic assembly machine for precise filter

Abstract

The invention discloses an automatic assembly machine for a precise filter. The automatic assembly machine for the precise filter comprises a combined assembly device, wherein the combined assembly device comprises a pre-assembly device, a re-assembly device, a pre-detection preset device and a post-assembly detection device which are sequentially arranged; each of the pre-assembly device and there-assembly device comprises a first rotary disc and a second rotary disc which are correspondingly connected with a first vibration disc and a second vibration disc through corresponding feeding devices; the pre-detection preset device comprises a compound circulation rail device, and slide bearing plates which are sequentially arranged on the compound circulation rail device; the post-assembly detection device comprises a conveying chain, corresponding accommodating carriers which are sequentially arranged on the conveying chain, and arrangement and filling devices arranged in a manner of corresponding to the corresponding accommodating carriers separately. The automatic assembly machine for the precise filter is simple and reasonable in structure, and fully-automatic in assembly and production; and the assembled product is high in quality and production efficiency.

Description

technical field [0001] The invention relates to a medical device manufacturing device. In particular, it relates to an automatic assembly machine for precision filters. Background technique [0002] Precision filters for medical liquid usually include upper filter cover, lower filter cover, gas film, liquid film and catheter, etc. Existing precision filters are mostly assembled and produced in a step-by-step or semi-automatic manner. In the semi-automatic assembly process, it takes a long time to assemble the membrane materials for the upper and lower shells. When welding the membrane materials, the welding is unstable and not firm, and it cannot keep up with the production efficiency. At the same time, cracking and leakage will occur, resulting in The precision filter produced has a bad risk. Moreover, the production efficiency of the existing semi-automatic precision filter welding machine is relatively low, and the above defects are prone to occur during the assembly pr...

AI Technical Summary

Problems solved by technology

In the semi-automatic assembly process, it takes a long time to assemble the membrane materials for the upper and lower shells. When welding the membrane materials, the welding is unstable and not firm, and it cannot keep up with the production efficiency. At the same time, cracking and leakage will occur, resulting in The produced precision filter has bad risk

Moreover, the production efficiency of the existing semi-automatic precision filter welding machine is relatively low, and the above defects are prone to occur during the assembly process, and there is a great risk of defects in the next process

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