Anionic vinyl polymerization is one of the most important theories in polymer chemistry. In order to master and apply of it for students

it is necessary to verify the results by experiment. However

there exist a lot of problems on traditional anionic vinyl polymerization experiment

which caused a negative impact to experiment results. This paper presents the design and development of manufacturing execution systems of experimental software platform with anionic polymerization of styrene as example. The experimental results show this kind of software has the following advantages: full-featured

simple interface

and stable running. This software

combined with the specific needs and actual hardware devices

can be applied to experimental teaching.