Myanmar Automated system for traditional Chinese medicine extraction

The design principles and objectives of modern Chinese medicine automation control:

uThe centralized control system is fully functional, stable, reliable, advanced, easy to operate, intuitive interface, and easy to maintain;

uThe data collection is authentic, accurate, and detailed, with complete management functions, which can meet the needs of bothGMPCertification requirements can also meet the needs of enterprise managers to implement more scientific, effective, and standardized management of the production process;

uThe system is designed to be modular and structured, with each subsystem being interrelated and independent, to achieve unified management and scheduling, and to improve the system's security, fault tolerance, maintainability, and scalability.

uReasonable device selection ensures high cost-effectiveness, high reliability, and safety of the system.

uBy using four basic control methods including physical quantity control, chemical quantity control, equipment unit combination, and control informatization, the goal of digitizing the production process and quality control of traditional Chinese medicine extraction is achieved, and the integration of management and control is realized;Through decentralized control, centralized management, and comprehensive monitoringThe mode of achieving pharmaceutical production control automation and production management automationImprove the automation level and corporate image of enterprises;

uReduce human involvement in the production process, overcome factors such as differences in manual operation skills and sense of responsibility that affect product quantity and improve production efficiency;

uInterlocking control and parameter limit alarm in the production process to ensure production safety;

uBy recording and analyzing the production costs and efficiency of each shift operator or batch, optimizing control, and improving the utilization of raw materials, energy, and equipment;

uBy using computers for parameter management, data storage, querying, report printing, and accident recall can be achieved, ensuring the production quality and safety of products through batch processing and electronic signatures;