According to statistics and analysis of five types of rubber and plastics machines-open mixer, internal mixer, calender, extruder and vulcanizer, a common database is built and a special CAPP system for rubber and plastics machine is designed.
This method has been applied in the process of manufacturing twin-screw in rubber and plastic mechanics, which simplifies the process route and shortens the prepare time in production and at the same time saves the cost and improves technical and economic benefits.
The thesis is scientific research item that we cooperate with Qingdao Kegao Rubber &Plastic Mechanical Technical Equipment Limited Company to implement it.
The final chemical composition of roller was determined by using simulation test and regression analysis. As a result the requirements of properties for large rollers were fulfilled.
Taking Shanghai Deren rubber / plastics machinery companyproduced precision performer for example, analyzed by structure, property and processing parameters, this equipment is suitablefor producing rubber molding goods as lot by lot.
The final chemical composition of roller was determined by using simulation test and regression analysis. As a result the requirements of properties for large rollers were fulfilled.
The conventional method of part classification can hardly lead to a description of the geometric and technological characteristic. Hence a special system of part classification for he rubber and plastics machine, This system consists of six frames and six date bases, which builds a better base to realize the CAPP.
According to statistics and analysis of five types of rubber and plastics machines-open mixer, internal mixer, calender, extruder and vulcanizer, a common database is built and a special CAPP system for rubber and plastics machine is designed.