In order to save time and avoid repeating the same experiments multiple times, the electronic laboratory notebook (ELN) helps facilitate the search for past experiments and maximize the utilization of knowledge gained from them.
It is crucial to address the errors resulting from duplicate entries caused by handwritten laboratory notebooks. The challenge lies in structuring the data and implementing automated data entry to fill these gaps.
The electronic laboratory notebook plays a crucial role in task allocation and automating analysis processes through standardized operating procedures (SOPs). Collaboration within the laboratory is essential for efficient management of R&D projects.
Ensuring data integrity and facilitating traceability during audits is one of the major concerns of the laboratory. It is therefore essential to ensure the reliability, backup, and organization of data within electronic laboratory notebooks.
Management of product libraries, analysis, and process libraries. Formalization of formulation processes. Inventory management of stocks, reagents, and consumables. Risk management and safety data sheets (SDS) management.
Management of authorizations and training. Management of instrument life cycle. Inventory management. Planning of laboratory activities and task tracking.
Creation and monitoring of R&D projects. Validation of all project stages through an adaptable validation workflow. Automation of experiments through standardized operating procedures (SOPs). Time tracking for R&D tax credit (Crédit Impôt Recherche) purposes.
Automatic generation of analysis reports. Manual and/or automatic data entry through instrument interfacing. Post-processing of results including graphical curves and calculations.
Electronic signature for validation of analysis certificates (21 CFR Part 11). Traceability of actions performed (Audit Trail). Management of research documentation. Advanced multi-criteria search functionality. Key Performance Indicators (KPI) management.
Promote transparency within the laboratory by combining the functionalities of the ELN with our LIMS solution. Results, procedures, and resources are thus shared between the applications, allowing for a seamless optimization of the R&D laboratory.
TEEXMA® allows for unlimited page additions and customizable hierarchical structuring within the application, enabling the sorting of R&D laboratory knowledge according to specific needs. »
Strong traceability of R&D laboratory activities facilitates the acquisition of accreditations. TEEXMA® helps with knowledge capitalization and the utilization of the laboratory’s technical heritage.
Planning R&D projects, optimizing resources (personnel, equipment), and automating low-value-added tasks within the application result in significant time savings for the laboratory. This allows researchers, engineers, and R&D technicians to greatly increase their productivity.
LIMS Software - Industry 4.0 Planning Laboratory Activities Digitalization
LIMS Software - TEEXMA - LIMS - Laboratory Digitalization - Mobility - Digital Continuity - Requests and Batches - Planning - Samples - Reports