Material lifecycle management software TEEXMA for Materials

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Overview
TEEXMA for Materials is a centralized materials data management software designed to map, manage and leverage materials information across R&D, Engineering, Quality, Production and EHS functions. It consolidates test data, material properties, formulations, certificates and documents in a secure, validated repository to improve decision-making, traceability and regulatory compliance.

Key capabilities

• Full traceability: centralized recording of origin, batch, supplier, test context and validation history with audit trails.
• Advanced features with AI: predictive analyses, obsolescence detection and recommendations to maintain data relevance.
• Multi-source data integration: import and aggregate internal lab results, external databases and supplier data to create a single technical view.
• Material performance mapping: graphical visualization and comparison of tests (stress-strain curves, Ashby-type diagrams, thermal maps, aggregated performance charts).
• Formulation management: centralized creation, storage and versioning of recipes and multi-component formulations with simulation and comparison capabilities.
• Validation workflows and user rights management: stepwise validation and access control to secure data quality and ensure governance across teams.
• Interoperability: interfaces with CAD, simulation tools (FEM/CFD), LIMS, PLM, ERP and other enterprise systems to feed design and calculation tools with validated material data.
• Document generation and document management: extract technical data, reports and product sheets in standard formats (Word, Excel, PDF) for technical communication and compliance evidence.
• Obsolescence management and technology watch: automated monitoring, alerts and action plan support to update or replace obsolete materials.
• Advanced graphical analyses and aggregation: compare multiple tests and aggregate results to support in-depth technical assessments and material selection.

Benefits

• Accelerates product development and material selection by providing immediate access to validated material data and comparisons.
• Improves product quality and reduces non-conformities through rigorous data validation workflows and traceability.
• Reduces R&D and characterization costs by reusing historical data, automating reporting and minimizing redundant tests.
• Supports regulatory compliance (examples cited on the page: REACh, RoHS, PPWR, EU MDR and standards such as ISO/ASTM depending on implementation) and audit readiness via complete traceability and documentation.
• Enables cross-department collaboration and breaks silos by providing a single trusted source for material knowledge used by R&D, Design Office, Production, Quality and Purchasing.
• Facilitates innovation by linking materials data to simulation and design tools and by enabling rapid exploration and comparison of new or alternative materials (including for additive manufacturing).

Use cases highlighted

• Centralized management of complex materials portfolios for industries such as aerospace, automotive, energy, medical, food and luxury.
• Support for additive manufacturing workflows (powder management and AM integration) and design-for-manufacturing with material-informed simulations.
• Material selection, supplier evaluation and multi-site traceability for production and quality control.

Technical characteristics / specifications

• Data types managed: mechanical, thermal, chemical, physical, environmental and eco-design properties; test results and associated metadata (test protocol, batch, instrument, operator).
• Traceability: origin, supplier, batch, certificate of analysis, test history, versioning and audit trail for each material and formulation.
• Analytics & visualization: stress-strain curves, Ashby-type maps, aggregated performance charts, customizable dashboards and multi-criteria comparison tools.
• Formulation & recipe management: centralized storage, hierarchical structuring, versioning, comparison and simulation of formulations; recommendation engine for optimization.
• Obsolescence & technology watch: automated monitoring, alerts, AI-assisted detection of obsolete materials and suggested action plans.
• Validation & governance: configurable validation workflows, role-based access control, digital signatures/approvals and data quality checks.
• Interoperability: connectors/APIs for CAD, FEM/CFD simulation tools, LIMS, PLM, ERP and other enterprise systems; import/export in standard formats.
• Document generation: templates and extraction modules to produce Word, Excel and PDF reports and technical datasheets from validated data.
• Multi-source ingestion: integration of internal laboratory data, supplier files, third-party material databases and bibliographic sources; continuous enrichment and updates.
• Support for Additive Manufacturing workflows: powder management and integration into AM process chains.
• Deployment considerations: multi-site access, scalable architecture, secure storage and data segregation by profile or site as required by enterprise deployments.
• Multimedia support: images, test attachments, and embedded video/resources associated with materials and tests.