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How Saint-Gobain Standardized Materials Testing and LIMS Workflows

A global leader in high-performance materials unified fragmented research workflows, analytical testing logs, and multi-site laboratory tracking into a single digital ecosystem using TEEXMA for LIMS.

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Implementation

To eliminate operational bottlenecks across its laboratory network, Saint-Gobain implemented TEEXMA for LIMS to serve as the unified global repository for sample lifecycles, analytical workflows, and test execution data. The platform establishes a structured digital environment designed specifically around complex material science taxonomy, laboratory governance, and technical data traceability. The technical implementation introduces specific capabilities to secure process governance and accelerate testing lifecycles:

Centralized Test Request Management: Tracking samples from initial reception through automated testing execution to final certificate generation within a single system.
Configurable Laboratory Templates: Allowing internal system administrators to adjust testing parameters, metadata fields, and reporting layouts without custom code development.
Intelligent Instrument Interfacing: Linking raw laboratory instrument outputs directly with the central database to eliminate manual transcription errors and secure data integrity.

Challenges and Outcome

Transitioning to a unified LIMS platform provided Saint-Gobain with complete operational control over its global research and development testing data assets. Consolidating technical documentation into a centralized digital ecosystem eliminated data redundancy and allowed engineering and laboratory teams to leverage validated testing histories across all business units.

Challenges

  • Siloed sample tracking logs delayed immediate access to historical material characterization results across separate regional testing facilities.
  • Unsynchronized instrument integration increased the manual administrative burden of compiling raw spectrometric, thermal, and mechanical test outputs.
  • Inconsistent data formatting prolonged the cross-site comparison of validation protocols required for international quality standards compliance.

Outcomes

  • Accelerated laboratory throughput by providing research teams with an interconnected database where legacy formulations and test certificates are instantly searchable.
  • Guaranteed data pedigree continuity by housing all sample lifecycle histories, raw testing files, and calibration records within a secure point of truth.
  • Complete administrative flexibility by utilizing an adaptable platform architecture that internal laboratory teams can reconfigure as international materials testing standards evolve.

About Saint-Gobain

  • Industry Sector: High-Performance Materials, Ceramics, Glass, and Sustainable Construction
  • Founded: 1665 (representing over three centuries of industrial manufacturing history)
  • Global Scale: Operates in dozens of countries with hundreds of production sites and multiple international R&D centers serving North American, European, and Asian markets
  • Core Offerings: Advanced ceramic materials, performance plastics, structural glazing, abrasive technologies, and circular economy construction solutions
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