TEEXMA for Materials

Map, Manage, and Leverage your Materials Data

Why choose a material database software?

In a context where innovation is crucial to remain competitive, companies must accelerate the development of new products while optimizing their resources. Managing material-related data poses a significant challenge: such data is often scattered across different systems, making it difficult and inefficient to exploit. Additionally, the rapid obsolescence of information requires constant updates to stay relevant.

Teams face the complexity of material characterization and formulation, compounded by a lack of tools to quickly evaluate their performance and simulate their behavior in real-world conditions. This slows down decision-making processes and impacts productivity. Furthermore, collaboration between departments often remains siloed, causing delays in sharing critical project information. Finally, the integration of new technologies and compliance with emerging regulations are increasingly complex, raising pressure to ensure the safety and sustainability of the materials used.

In this context, creating a centralized, customized materials database with a software becomes an essential asset to enhance data management and utilization.

TEEXMA for Materials - The software to manage your materials data

TEEXMA for Materials, material database software, is a cutting-edge solution dedicated to the centralized and optimized management of materials data.

Full Traceability: Ensures complete traceability and continuous compliance with current standards.
Advanced Features: Designed for industrial companies, this solution integrates advanced functionalities, including artificial intelligence, to provide predictive analyses and strategic recommendations.

With TEEXMA for Materials, users can not only improve the performance of their industrial processes but also accelerate decision-making while maintaining optimal control over material resources.

Key Features of TEEXMA for Materials

Materials Data Management

Mapping of material performance

Material formulation

Material data structuring

Organize the information according to relevant criteria such as material families, their uses, and their performance, thereby facilitating data management and utilization.

Multi-source data

Collect and integrate data from various sources (internal, external, specialized databases) to provide a comprehensive overview of available materials and your test results on a single graph.

Obsolescence management

Identify obsolete materials and initiate action plans through an automatic monitoring system enhanced with artificial intelligence, ensuring that data remains relevant and up-to-date.

Validation and securing of data

Ensure the reliability of information with rigorous validation workflows and access control through precise user rights management.

Document Management

Easily create reports and technical documents with extraction modules for standard formats such as Word, Excel, and PDF, simplifying communication and data sharing.

Advanced graphical analyses

Compare multiple material tests with aggregation tools, providing graphical visualizations for in-depth performance analysis.

Hierarchical materials management

Classify materials based on specific criteria (usage, application domain) with integrated hierarchical structuring for more efficient management.

Aggregation of material performance

Combine the results of different tests to provide a comprehensive overview of material performance, thereby facilitating technical decision-making.

Continuous updating of material data

Stay up-to-date with technological and competitive innovation. Through the integration of multiple sources, the TEEXMA for Materials database is continuously enriched, ensuring the relevance and timeliness of information.

Proactive planning

Anticipate material evolution with technology monitoring and obsolescence management tools, enabling companies to stay at the forefront of innovation.

Improvement of traceability

Ensure complete and reliable traceability of your data through the recording and validation of every modification made.

Customized data extraction

Optimize time and resources in technical project management by extracting information tailored to your specific user needs.

Improved visualization of material performance

Access graphical representations of your data for faster and more accurate decision-making.

Customization of performance domains

Define your own performance criteria (wear, thermal resistance, maximum stress before failure, etc.) and monitor this data in real-time.

Tracking and comparison of materials

Directly compare your target materials based on your specific criteria and quickly identify the best choice for given applications.

Acceleration of the material selection process

Reduce the time required to identify and validate materials suited to your specific industrial needs.

Improvement of technological competitiveness

Ensure more effective technology monitoring and constant tracking of material developments in the market through artificial intelligence.

Reduction of development costs

Optimize your selection and validation processes, reducing costs associated with the characterization and development of new materials.

Integration with simulation and design tools

Improve the accuracy and speed of your R&D projects by using data directly in your simulation tools (CAD).

Automated creation of technical documents

Automatically generate technical data sheets, formulation reports, and other necessary documents for information sharing, in standard formats such as Word, Excel, or PDF.

Enhanced decision-making support

Enhance interactions between different materials and make informed decisions in design and innovation through data mapping.

Anticipation of technical challenges

Anticipate and resolve complex issues such as wear or deformation before materials are put into production.

Centralized management of formulation recipes

Create, store, and manage all material recipes in a centralized database, making it easier to access and review previous formulations.

Optimization of formulation processes

Optimize your formulations based on specific performance objectives (strength, flexibility, fracture resistance, wettability, etc.) using artificial intelligence. TEEXMA for Materials provides recommendations to enhance your formulations.

Comparison and simulation of formulations

Compare multiple formulations and simulate their behavior under real-world conditions to anticipate their performance.

Validation and securing of formulations

Ensure a rigorous validation process through automated workflows, guaranteeing that each formulation complies with standards and regulations.

Tracking the evolution of formulations

Analyze your improvements and adjustments over time with full traceability of changes made to each formulation.

Reduction of development costs

Reduce your R&D and new material development costs by centralizing and streamlining your formulation workflows.

Managing formulation obsolescence

Identify obsolete formulations. TEEXMA for Materials proposes action plans to update or replace them, ensuring that the materials used remain suitable and performant.

Automated creation of technical documents

Automatically generate data sheets, formulation reports and other information-sharing documents, in standard formats such as Word, Excel or PDF.

Control of formulation performance

Accurately evaluate the performance of formulations and adjust your recipes in real time to improve results, leveraging the aggregation of your test data.

Sharing of formulations between teams

Facilitate collaboration between your R&D, production, and quality teams by sharing your formulation recipes and associated performance data.

Automatic updating of databases

Access the latest scientific and technical information to keep your formulations up to date with recent market innovations.

Customization of formulations based on needs

Adjust each formulation to the specific needs of your clients or projects, ensuring optimal adaptation to industrial constraints.

Benefits of TEEXMA for Materials

Centralized Data Management

Consolidate all materials data on a single platform, fully interoperable with existing systems for optimized management and complete traceability.

Advanced analytical performance

Access advanced analytics connected to LIMS for faster and more precise strategic decision-making.

Regulatory Compliance

Ensure compliance with ISO, ASTM and European standards thanks to standardized characterization processes and centralized competitive intelligence.

Agility and scalability

Adapt material management to specific needs with a flexible and scalable solution, ensuring greater operational agility.

Cost optimization

Anticipate future needs and reduce costs by automating low-value-added processes.

Enhanced knowledge sharing

Facilitate the sharing and capitalization of technical knowledge, optimizing collaboration and internal resource management.

Data reliability and validation

Guarantee validated and compliant data to limit test repetitions and ensure result integrity across processes.

Improved usability

Benefit from an intuitive interface with high-performance features.

Benefits of TEEXMA for Materials

Centralized Data Management

Consolidate all materials data on a single platform, fully interoperable with existing systems for optimized management and complete traceability.

Advanced analytical performance

Access advanced analytics connected to LIMS for faster and more precise strategic decision-making.

Regulatory Compliance

Ensure compliance with ISO, ASTM, and European standards through standardized characterization processes.

Agility and scalability

Adapt material management to specific needs with a flexible and scalable solution, ensuring greater operational agility.

Cost optimization

Anticipate future needs and reduce costs by automating low-value-added processes.

Enhanced knowledge sharing

Facilitate the sharing and capitalization of technical knowledge, optimizing collaboration and internal resource management.

Data reliability and validation

Guarantee validated and compliant data to limit test repetitions and ensure result integrity across processes.

Improved usability

Benefit from an intuitive interface with high-performance features.

of material tests are carried out redundantly, due to inefficient data management and lack of access to historical data. A centralized management solution can reduce these costs by facilitating the sharing of test results between teams. (https://www.materials.zone)

Envrion 0 %

of engineering organizations report a significant improvement in design accuracy and decision-making following the integration of materials data into systems such as CAD, PLM and CAE. ( https://www.ansys.com)

+ 0 %

companies now include sustainability indicators, such as carbon footprint, in their material selection processes, in response to regulatory requirements and internal objectives. This is made possible by integrated data management solutions ( https://www.ansys.com)

+ 0 %

accelerate product development cycles, while improving compliance with regulatory standards. (https://www.materials.zone)

About 0 %

FAQs - Material Database Software

What is materials management software?

Materials management software is an advanced digital platform designed to structure, centralize and enhance all technical and scientific data relating to the materials used in a company. Backed by decades of experience in the field, BASSETTI has observed that R&D, Design Office, Quality and Production teams handle a growing volume of information: mechanical, chemical, electrical, acoustic, thermal, even eco-design and ecotoxicological properties. However, without a single repository, this data is dispersed, duplicated and rapidly becomes obsolete.

With this kind of software, each material is entered in a living, regularly updated database, ensuring complete, optimized traceability, accessibility and compliance (REACh, ROHS, PPWR…). This repository enables rapid, informed decisions to be made on the choice and use of materials throughout their life-cycle, from the laboratory to mass production.

Why centralize materials data in a single database?

Centralizing materials data in a single repository is a strategic challenge to ensure a company’s competitiveness and long-term viability. Here are the advantages of adopting such a strategy:

You break down organizational silos: R&D, Production, Quality, Purchasing or even Marketing access the same verified source, according to the access profiles you have defined in advance.
You improve the quality, consistency and reliability of your information: thanks to centralized validation processes, you eliminate duplication and errors.
Accelerate design and innovation: materials research becomes faster and more accurate, drastically reducing product development time and bibliographic and regulatory monitoring.
You reinforce traceability and compliance: every decision and every piece of data is logged, ensuring total transparency for internal and external stakeholders. Audits, for example, are also greatly simplified.

Teams can then concentrate on the added value of their missions (R&D, technical qualification, continuous improvement) rather than wasting time searching for dispersed data.

What are the key features of materials database software?

After more than 30 years of close collaboration with manufacturers in a wide range of sectors (automotive, aeronautics, energy, watchmaking, medical, food & beverage, etc.), the BASSETTI Group has defined an essential functional base for materials database software:

Complete management of properties: mechanical (tension, compression, fatigue, etc.), thermal (conductivity, expansion), chemical (corrosion resistance, stability), physical (density, porosity, toughness), etc.
Systematic centralization and archiving: all test data, analyses, laboratory tests and official documents (certificates, standards) are securely archived.
Advanced multi-criteria search and comparison: technical parameters (yield strength, Young’s modulus, service temperature, cost, etc.) can be cross-referenced to identify the optimum material for the chosen end application in just a few clicks.
Traceability and quality control: recording of origin, test context, batch, supplier, with validation workflows (R&D, Quality, Design Office) that guarantee the robustness of the data.
Technical visualization: stress-strain curves, Ashby-type performance diagrams, thermal maps, etc., enabling more accurate anticipation of behavior in real-life use.
Interoperability: seamless integration with CAD tools (Computer Aided Design), simulation tools (FEM/CFD), ERP, PLM and other corporate digital solutions, ensuring data consistency at every stage.

How can materials management software help improve industrial performance?

Based on feedback from many manufacturers, materials management software acts as a powerful competitive lever:

Time optimization: access to validated, centralized data eliminates time wasted searching for or duplicating information.
Reduced non-conformities: up-to-date, rigorously validated information helps avoid selection, process or compatibility errors.
Improved product quality: each material is carefully evaluated according to its performance criteria, increasing the reliability and durability of final products.
Cost rationalization: by limiting duplication (multiple references of the same material), selecting the most relevant materials, and facilitating the technical evaluation of suppliers, the company reduces its direct and indirect expenses.
Faster innovation: innovative solutions (composite, intelligent, recycled materials, etc.) can be explored more quickly, thanks to comparisons and simulations based on structured, robust data.

Finally, the company gains in agility, adaptability and reliability, which translates into a sustainable competitive advantage.

What's the difference between a materials database and a classic ERP?

ERP (Enterprise Resource Planning) covers the company’s cross-functional management: finance, purchasing, logistics, production, HR… Its role is to optimize management flows and guarantee a global vision of processes.

By contrast, a materials database focuses on the technical and scientific dimension:

Detailed material properties (mechanical, thermal, chemical, etc.)
Laboratory results and analyses (test reports, test protocols, microscopic observations, etc.)
Behavioral and environmental approaches (resistance to fatigue, impact, wear, corrosion, carbon footprint, consumption of energy and natural resources, etc.).
Related documentation (data sheets, international standards, validations, official certificates, imaging, etc.)

This technical specialization complements ERP by providing it with expert, granular data, essential for R&D, Engineering and Quality departments. The two solutions are often interfaced: the ERP guarantees consistent management flows, while the materials database provides the technical depth required for sound industrial choices.

How to ensure the industrial traceability of materials in a multi-site environment?

Ensuring industrial traceability of materials in a multi-site environment means centralizing and harmonizing all technical, logistical and quality data associated with materials. This makes it possible to :

trace the origin of materials (supplier, batch, certificate of analysis),
track their life cycle (reception, testing, use, scrap),
guarantee full traceability of performance at each site,
document changes in specifications or suppliers.

Dedicated software is used to create a single repository accessible to all sites, with :

access rights by profile and scope,
quality or R&D validation flows,
a complete history of tests and usage,
version management to track changes in each material.
This level of traceability is essential to meet regulatory requirements and customer audits, but also to improve industrial risk management and inter-site confidence.

This level of traceability is vital for meeting regulatory requirements, passing customer audits, and enhancing inter-site collaboration and risk management.

How can software help materials innovation?

In a context of continuous innovation, materials management software becomes a real catalyst for progress:

Capitalize on existing knowledge: accumulated know-how (test results, prototypes, feedback) is historized and made usable for future projects.
Multi-criteria search and correlation: you can quickly filter thousands of materials according to a multitude of criteria (temperature resistance, density, cost, corrosion resistance, etc.), and obtain valuable correlations for specific applications.
Identification of new materials: whether composites, bio-sourced materials, high-performance polymers or advanced metals, the software often integrates external databases or is connected to specialized sources (suppliers, scientific publications, etc.).
Link with simulation: by integrating material properties directly into CAD or calculation solutions (FEM/CFD), it is possible to predict the behavior of a part or assembly more quickly, without multiplying physical prototypes.

In this way, the software facilitates the exploration of innovative scenarios, gives visibility to R&D, and propels the company towards more sustainable and technically relevant choices to remain at the forefront of the industry.

The business sectors of the TEEXMA for Materials software

TRANSPORT: AERONAUTICS / AUTOMOTIVE / RAIL / SPACE / EQUIPMENT MANUFACTURER

In a sector where safety and performance are absolute imperatives, TEEXMA for Materials stands out as an essential solution for optimizing your design processes, whether it involves a small electronic component or a complete vehicle. With its material selection module, you can search, compare, and analyze critical components to ensure optimal quality while adhering to the safety and durability standards specific to each industry, including space, aeronautics, automotive, and rail.

Additionally, TEEXMA for Materials fully supports your Additive Manufacturing processes, offering the flexibility needed to innovate freely in your designs while reducing implementation times and tooling investments. This approach allows you to stay agile in the face of growing market demands while controlling costs.

In the rail sector, the use of composite materials is becoming increasingly significant. These materials extend the lifespan of equipment, enhance comfort and train capacity, and reduce energy consumption, maintenance, and track wear. TEEXMA for Materials assists in managing these materials, from selection to optimizing recyclability and recoverability, in compliance with international standards such as ISO 21106.

With TEEXMA for Materials, you gain access to a comprehensive and efficient solution that integrates the latest technological advancements, ensuring safe, sustainable products that meet the growing demands of the transport and equipment manufacturing industries.

LUXURY: WATCHMAKING / JEWELRY / TEXTILES / FINE JEWELRY

The luxury industry stands out for its use of rare and precious materials, which lie at the heart of the added value of its creations. With TEEXMA for Materials, you now have a tailored solution to efficiently manage all your material data—from selection to implementation—addressing the challenges of innovation, quality, and traceability. Whether you work in watchmaking, fine jewelry, jewelry, or textiles, our platform optimizes every stage of your materials’ lifecycle, ensuring seamless management between artisanal tradition and advanced technology.

TEEXMA for Materials also fosters innovation by providing designers with instant access to precise characteristics of noble materials. This stimulates creativity to craft complex pieces while adhering to the strict quality and authenticity standards of the luxury sector. By integrating technologies such as Additive Manufacturing, you can push the boundaries of possibility with high-quality materials, including precious metal powders, while guaranteeing complete traceability at every production stage.

In a context where consumer and regulatory expectations regarding eco-responsibility are growing, TEEXMA for Materials enables your company to meet new environmental standards. Our solution helps you maintain excellence while adopting sustainable practices, which are essential for enhancing your brand image in a sector where authenticity and transparency are key values.

FOOD AND BEVERAGE SECTOR

In the food and beverage industry, material management plays a central role at every stage of the production chain—from packaging selection to food preservation—while ensuring compliance with food safety standards. The growing pressure to adopt sustainable practices and meet consumer demands for innovation and transparency makes efficient material management a strategic priority.

TEEXMA for Materials offers a powerful solution to optimize material management in this highly regulated sector. The platform allows you to centralize and analyze all material-related data, from packaging components to food ingredients. With advanced simulation tools and material property management, you can quickly identify eco-friendly alternatives and improve the sustainability of your products while reducing your carbon footprint.

The integration of Additive Manufacturing into your processes with TEEXMA accelerates the development of new technologies for the production of complex parts and packaging, reducing costs and time to market. This flexibility is essential to meet the demands of the food and beverage industry, where speed and efficiency are crucial to remain competitive.

TEEXMA for Materials helps ensure compliance with stringent regulations, such as food safety standards, through real-time traceability and tracking features. This ensures that every material used in your processes meets current requirements while guaranteeing the quality and safety of finished products. TEEXMA becomes a true innovation driver, enabling you to address the challenges of the food and beverage industry while optimizing operational and environmental performance.

HEALTHCARE / PHARMA / MEDICAL SECTOR

In the healthcare sector, compliance with regulations is essential to ensure patient safety and the quality of medical devices. TEEXMA for Materials stands out as a key solution for meeting the strict requirements of the EU MDR directive, which came into effect in May 2021. By providing comprehensive traceability of materials and substances used, as well as detailed physico-chemical characterization, TEEXMA ensures optimal adherence to regulatory standards. With centralized management, you can anticipate audits and ensure compliance at every stage of your product lifecycle.

Beyond compliance, TEEXMA for Materials enhances your capacity for innovation. The integration of Additive Manufacturing enables the design of highly customized medical devices with complex geometries and advanced functionalities, while optimizing costs and accelerating time-to-market. This increases your agility and ability to meet the growing demands of the market.

Additionally, TEEXMA supports compliance with international standards such as ISO 10993 for biocompatibility and helps integrate eco-friendly solutions in response to environmental concerns. With TEEXMA for Materials, you combine performance, compliance, and sustainability, supported by a modern platform that adapts to the rapidly evolving requirements of the medical and pharmaceutical sectors.

ENERGY

Materials play a crucial role at every stage, from production to storage and transportation of resources. Facing the challenges of the energy transition and increasing efficiency demands, it is imperative to innovate with new materials or optimize existing ones to enhance performance and reduce energy consumption.

With TEEXMA for Materials, you gain access to an intuitive and powerful platform to support your innovation efforts. Whether for the development of higher-performing materials or for reducing energy footprints, TEEXMA enables you to tackle the technological challenges of the sector while supporting your R&D projects with advanced simulation and comparison tools. By integrating Additive Manufacturing into your processes, you accelerate technology transfers and improve your flexibility in designing innovative components.

Moreover, TEEXMA for Materials streamlines your maintenance processes, ensuring quick and efficient part replacements to maintain operational continuity—essential in the energy industry. With its ability to centralize and analyze complex data, TEEXMA for Materials optimizes your material management while adapting to the demands of an industry transitioning toward more sustainable and energy-efficient solutions.

TEEXMA provides a concrete response to the challenges of the energy transition, combining technological innovation and operational precision to meet the needs of tomorrow.

RAW MATERIALS

The formulation of raw materials relies on the ability to meet strict technical requirements, comply with current regulations, and adhere to a complex specification to design high-performance products. With TEEXMA for Materials, you optimize the manufacturing of stable materials by facilitating the selection and comparison of your active compounds and fillers. Through our platform, you can quickly identify the best material combinations to achieve the exact functional properties required, while adhering to quality standards.

TEEXMA for Materials allows you to manage complex formulations, whether they are multi-component or multiphase, across any industrial sector. Whether in chemistry, polymers, or food production, this new version of the platform provides you with complete control over your mixtures, enabling you to innovate safely while accelerating your time-to-market processes.

By integrating centralized data management and advanced comparison tools, TEEXMA for Materials helps you tackle challenges related to material stability, ensuring that every product developed meets both functional requirements and the regulatory standards of the industry.

TEEXMA for Materials

Map, Manage, and Leverage your Materials Data

Why choose a material database software?

TEEXMA for Materials - The software to manage your materials data

Key Features of TEEXMA for Materials

Material data structuring

Multi-source data

Obsolescence management

Validation and securing of data

Document Management

Advanced graphical analyses

Hierarchical materials management

Aggregation of material performance

Continuous updating of material data

Proactive planning

Improvement of traceability

Customized data extraction

Improved visualization of material performance

Customization of performance domains

Tracking and comparison of materials

Acceleration of the material selection process

Improvement of technological competitiveness

Reduction of development costs

Integration with simulation and design tools

Automated creation of technical documents

Enhanced decision-making support

Anticipation of technical challenges

Centralized management of formulation recipes

Optimization of formulation processes

Comparison and simulation of formulations

Validation and securing of formulations

Tracking the evolution of formulations

Reduction of development costs

Managing formulation obsolescence

Automated creation of technical documents

Control of formulation performance

Sharing of formulations between teams

Automatic updating of databases

Customization of formulations based on needs

Benefits of TEEXMA for Materials

Centralized Data Management

Advanced analytical performance

Regulatory Compliance

Agility and scalability

Cost optimization

Enhanced knowledge sharing

Data reliability and validation

Improved usability

Benefits of TEEXMA for Materials

Centralized Data Management

Advanced analytical performance

Regulatory Compliance

Agility and scalability

Cost optimization

Enhanced knowledge sharing

Data reliability and validation

Improved usability

BASSETTI GROUP

Solutions

Discover

Contact

Certification