深圳电动伸缩门良心厂

铝塑泡罩包装机由于生产厂商的不同而存在着很多种形式，国内外产品的性能水平也存在着很大的差异，目前现有的铝塑泡罩包装机大体可以分为如下四类：滚筒连续式铝塑泡罩包装机（此种机型已逐步淘汰）、板滚连续式铝塑泡罩包装机、平板间歇式铝塑泡罩包装机、平板连续式铝塑泡罩包装机（此种机型尚未广泛使用）。

Blister packing machine by the different manufacturers exist in many forms, the performance level of domestic and foreign products are also of great difference, the existing plastic blister packaging machine can be divided into the following four categories: drum blister packing machine (the type of machine has been phased out), board roll type continuous blister packing machine, tablet intermittent blister packing machine, plate continuous blister packing machine (this type is not widely used).

铝塑泡罩包装机可以按成型和热压封合方式来区分，成型分为滚筒式和平板式。平板式正压成型效果好于滚筒式真空成型；热合也分为滚筒式和平板式平板式热压封合效果好于滚筒式热压封合，而滚筒式热压封合在速度、可靠性等方面优于平板式热压封合。

The aluminum plastic blister packing machine can be distinguished according to the molding and hot pressing sealing way, and the molding is divided into the drum type and the plate type. The effect of plate positive pressure is better than that of roller vacuum molding. The heat treatment is also divided into drum type and flat plate type hot pressing, and the heat sealing effect is better than roller type hot pressing. The roller type hot pressing is superior to plate hot pressing in speed and reliability.

根据生产经验，发现铝塑泡罩包装机在使用中容易在泡罩成型、热压封合等方面出现问题，下面简要介绍如何解决这些问题。

According to the production experience, it is found that aluminum blister packers are prone to problems in blister forming, hot pressing and sealing. In the following section, how to solve these problems are briefly introduced.

１、  泡罩成型

1, blister forming

根据泡罩成型是ＰＶＣ薄膜（硬片）加热后通过模具并利用压缩空气或真空成型为所需要形状、大小的泡罩的原理，因此当成型出的泡罩出现问题时需要从以下几方面着手解决：

According to the molding blister is a PVC film (film) after heating through the mold and the use of compressed air or vacuum forming bubble principle required shape and size, so when the bubble forming problems of need to be addressed from the following aspects:

（１）      ＰＶＣ薄膜（硬片）是否为合格产品；

(1) PVC film (film) is a qualified product;

（２）      加热装置的温度是否过高或过低；

(2) heating temperature is too high or too low;

（３）       加热装置的表面是否粘连ＰＶＣ；

(3) surface heating device adhesion PVC;

（４）       成型模具是否合格，成型孔洞是否光滑，气孔是否通畅；

(4) mold is qualified, forming holes is smooth, smooth pores;

（５）       成型模具的冷却系统是否工作正常、有效；

(5) cooling system mold is working properly and effectively;

（６）       滚筒式负压成型的真空度、排气速率能否达到正常值，管路有无非正常损耗； 

(6) drum type vacuum degree of vacuum and exhaust rate can reach the normal value, there is nothing more than the normal line loss;

（７）      平板式正压成型的压缩空气是否洁净、干燥，压力、流量能否达到正常值，管路有无非正常损耗；

(7) flat type positive pressure molding of the compressed air is clean, dry, pressure and flow can reach the normal value, the pipeline is nothing more than normal loss;

（８） 平板式正压成型模具是否平行夹紧ＰＶＣ带，有无漏气现象。

(8) whether the plate type positive pressure molding die is parallel clamping PVC belt, there is no gas leakage.