Blowing encapsulation all-in-one machine for plastic ampoule

Abstract

The invention discloses a blowing encapsulation all-in-one machine for a plastic ampoule. The machine comprises a frame, and an extrusion bottle making device, an encapsulation device and a die cutting device which are arranged on the frame and are sequentially distributed along the horizontal direction according to a process, wherein an encapsulation positioning component is arranged below an encapsulation station on the encapsulation device; the extrusion bottle making device is connected with the encapsulation device through a first conveying component so as to convey bottle clamps; and the encapsulation device is connected with the die cutting device through a second conveying component so as to convey the encapsulated bottle clamps. The machine has the advantages of simple and compact structure, low cost, small occupied area, short material conveying time and the like, is conveniently and quickly positioned and is easy to control and debug.

Description

technical field [0001] The invention mainly relates to the field of food and pharmaceutical packaging machinery, in particular to a blow-fill-seal integrated machine for producing plastic ampoules. Background technique [0002] Ampoule bottles are mainly used as packaging bottles for medical injections. Traditional ampoule bottles are made of glass, which are fragile, inconvenient for transportation and recycling, and need to use grinding wheels and other instruments to break the neck of the bottle body to open. , it is easy to scratch the operator's hands or gloves, causing injury to the operator, and it is easy to produce glass debris at the moment of opening the bottle, polluting the environment of the operating table, and the glass debris may enter the ampoule bottle and cause liquid pollution. bring many safety hazards. [0003] With the continuous upgrading of medical packaging devices, more and more large infusion packages have begun to be replaced by plastics (mainl...

AI Technical Summary

Problems solved by technology

In order to ensure the accuracy and reliability of positioning, when the bottle card is sent to the die-cutting positioning position through the transmission component, the transmission component first moves the bottle card to the front end of the mold positioning surface, and then changes the direction of movement to drive the bottle card to position On the surface, its movement route is complicated, and the control and debugging of the transmission components are more difficult

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