This article is written by:Jinan Ruilaibo Intelligent Technology***Publishing.
In the pharmaceutical and biotechnology industries, vials are common packaging containers used to store and transport various vaccines, blood products, biological products, etc. The uniformity of the wall thickness of the vial is the basis for testing its performance, because the uneven thickness may lead to problems such as cracking and leakage of the bottle during production, storage and use. Therefore, the implementation of high-precision control of material thickness is an important means to ensure the quality of vials and control costs.
First, we need to understand the effect of the uniformity of the wall thickness of the vial on its properties. If the wall thickness of the bottle is uneven, then the properties of the bottle such as strength, pressure resistance and longevity will be affected. For example, a bottle wall that is too thin can cause the bottle to crack when subjected to pressure, while a wall that is too thick can lead to an increase in production costs. Therefore, in order to ensure the performance and quality of the vials, their wall thickness must be precisely controlled.
Secondly, the implementation of high-precision control is also essential for cost control. In the pharmaceutical and biotechnology industries, material costs are often a significant part of production costs. By precisely controlling the thickness of the bottle wall, the waste of raw materials can be reduced, the production cost can be reduced, and additional costs such as returns, claims and other additional costs due to bottle quality problems can also be avoided.
BHY-80 can detect the bottom thickness, wall thickness, bottle mouth thickness and other indicators of glass bottles, and can also be used with polarizing stress BLY-06 to detect the stress value of glass products or optical materials. The instrument is equipped with a micro printer to quickly print the results and statistics of each measurement; It has the function of user hierarchical management, touch display, and can display the position and thickness value of the measuring point in real time.