A global leader in energy management and automation unified fragmented materials databases, hazardous substance tracking, and component validation logs into a single digital platform using TEEXMA.
To eliminate compliance verification bottlenecks across its global R&D network, Schneider Electric implemented TEEXMA to serve as the unified global repository for materials properties, chemical compliance data, and eco-design documentation. The platform establishes a structured digital environment designed specifically around complex environmental taxonomy, metallurgical properties, and international supplier reporting standards.
The technical implementation introduces specific capabilities to secure process governance and accelerate engineering lifecycles:
Centralized Eco-Design Database: Storing comprehensive component material declarations, REACH/RoHS compliance statuses, and recycling profiles within a single digital space.
Configurable Technical Templates: Allowing environmental compliance managers to adjust tracking variables, substance threshold limits, and reporting layouts internally without custom code development.
Intelligent Regulatory Filtering: Connecting raw laboratory testing results and supplier declarations directly with changing international chemical restriction lists to automate product risk validation.
Transitioning to a unified materials data repository provided Schneider Electric with complete operational control over its global environmental design data assets. Consolidating technical documentation into a centralized digital ecosystem eliminated data redundancy and allowed engineering and compliance teams to leverage validated component metrics across all product portfolios.
