On-line cleaning device for medicinal full-tray phials

Abstract

The invention relates to an on-line cleaning method and an on-line cleaning method and an-line cleaning device for medicinal full-tray phials. In the method, the medicinal full-tray phials are cleaned by a process of full-tray arrangement, rough cleaning, spin-drying and fine cleaning, and particularly the phials are cleaned by adopting pressure water injection and ultrasonic waves simultaneously in the process of the rough cleaning, so that the phials are subjected to the rough cleaning in the state of three-dimensional cleaning, and soiled and attachments in the phials can be cleaned completely. The method and the device have the advantages of good effect of ultrasonic washing, low bottle breaking rate and breakage rate, no moisture residues in the cleaned phials, high efficiency and the like.

Description

technical field [0001] The invention relates to an on-line cleaning device, in particular to an on-line cleaning device for medicinal whole-disk small glass bottles. Background technique [0002] Small glass bottles generally refer to injection bottles (commonly known as ampoule bottles, with specifications from 1ml to 20ml), antibiotic bottles (commonly known as vials, with specifications from 1ml to 30ml), oral liquid bottles (with specifications from 5ml to 30ml), which are widely used in my country’s pharmaceutical industry. ). On-line cleaning refers to rough ultrasonic cleaning of the packaging capacity before potting according to GMP requirements, and water and air interactive flushing to meet the clarity requirements and meet the needs of potting. [0003] At present, the online cleaning of small medicinal glass bottles at home and abroad mainly adopts the vertical bottle feeding and single bottle flipping cleaning method. The main process of this method is as follow...

AI Technical Summary

Problems solved by technology

[0006] 1) The pre-spray water of the small glass bottle is uneven, which affects the ultrasonic cleaning effect

[0007] Due to the difference in the caliber of the glass bottles and the irregularity of the arrangement, it is difficult to fill with water, which affects the effect of ultrasonic cleaning. At the same time, due to the buoyancy of the unfilled bottle, the bottle is broken, resulting in unqualified clarity in the subsequent filling and sealing process and in the solution. The presence of small glass debris affects product quality

[0008]2) Affected by this process method, glass bottles have too many transitional links, and bottles are easily broken in each process link, with a high breakage rate

[0009] 3) The small glass bottle after washing sometimes tends to retain a lot of water

[0010]4) The overall efficiency is low

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