With the rapid development of the lithium battery market, the demand for more advanced manufacturing processes and technologies is also growing. From the extraction and processing of raw materials (including lithium battery anode and cathode materials) to the quality assurance of the final products of the production line, every link plays a vital role in the quality and performance of lithium batteries. However, in the process of production and R&D, lithium battery laboratories often face the following problems:
one ） A large number of experimental data are involved in the research and development of lithium batteries, including battery performance data, material analysis data, etc , relying on manual archiving, data loss and confusion are prone to occur;
two ） Difficult experimental progress with Timely tracking, difficult to control the progress; It takes a long time to fill in the records and summarize the reports. The retrieval of experimental records is laborious and the overall efficiency is low;
three ） The traditional paper recording method is difficult to be standardized and unified, and the audit work needs a lot of energy;
LIMS Laboratory management The system provides strong support for the R&D and optimization of new energy batteries , effectively improve Experimental efficiency and informatization level 。
one 、 LIMS By integrating various equipment and systems in the laboratory, the system can automatically collect, sort, store and analyze these data, help laboratory personnel quickly find key information, and provide strong support for R&D decisions.
two 、 LIMS The system also provides powerful search and query functions, so that laboratory personnel can quickly find the required experimental data and analysis results, and accelerate the development process.
three 、 LIMS The system automatically records all operation logs, data logs and approval logs during the experiment, and keeps track of the operation process. Ensure that the experimental data is complete, accurate and traceable.
four 、 LIMS The system can also standardize the operation of the laboratory, ensure the compliance and traceability of the experimental process, and meet the requirements of industry standards and regulations.
LIMS Laboratory management system Through data management, automated experimental processes and Compliance management The application of, among others, has provided strong support for the lithium battery laboratory, helped the laboratory improve its efficiency, accuracy and compliance, and promoted the research, development and innovation of lithium battery technology.
