#  Raw Material Management Software to Drive Sustainable Manufacturing Outcomes

Raw materials are unprocessed substances that form the foundation of manufacturing, transforming into finished products through industrial processes.

What is Raw Material?

Raw materials are unprocessed substances that **serve as the essential foundation of the manufacturing economy**. They power the transformation of ideas into finished goods—from vehicles and electronics to pharmaceuticals and consumer products. Strategic raw material management ensures continuity across design, procurement, production and sustainability processes.

Leveraging advanced tools like **simulation**, **traceability** and the **virtual twin experience**, companies **gain visibility and control to power innovation** at every stage of the product lifecycle.

Key Benefits of Lean Manufacturing

Improved Supply Chain Visibility & Resilience

 ![](https://www.3ds.com/assets/invest/2025-06/icon-311-increase-productivity-blue-rvb.png)

Enhanced Material Quality & Compliance

 ![](https://www.3ds.com/assets/invest/2025-06/icon-065-quality-products-blue-rvb.png)

Lower Operational & Storage Costs

 ![](https://www.3ds.com/assets/invest/2025-06/icon-078a-reduce-time.png)

Faster Innovation Through Materials Intelligence

 ![](https://www.3ds.com/assets/invest/2025-10/icon-074-reduce-cost.png)

Cross-Functional Collaboration & Data Continuity

 ![](https://www.3ds.com/assets/invest/2025-08/icon-171-work-team-blue-rvb.png)

Raw Materials & Sustainability

Circular Economy by Design

Integrating circular economy principles into material strategy allows businesses to reduce virgin material usage, extend product lifespans and embed recyclability upstream.

With the **3D**EXPERIENCE platform, manufacturers can simulate circular design approaches, test remanufacturing scenarios and optimize reuse rates—before physical implementation.

[   Learn more about the circular economy     ](/sustainability/circular-economy/circularity-action/recyclable-materials)

 Navigating the Critical Raw Materials Challenge

Global industries are increasingly dependent on a narrow pool of **critical raw materials**—such as rare earths, lithium and cobalt—whose extraction and availability pose both geopolitical and sustainability risks. Dassault Systèmes addresses this challenge through its **Critical Materials Value Network**, enabling:

- Identification of critical dependencies in material sourcing.
- Scenario modeling to simulate alternative sourcing or material innovation.
- Strategic planning to anticipate supply risks and ensure long-term resilience.

[Sustainability SGP Circularity in Action Hero Banner ](/media/13986)

[   Learn more about Critical Materials Value Network     ](/sustainability/critical-materials-value-network)

Raw Material Across Industries

Discover how different industries are using raw materials to create value and drive innovation.

(Technologies - Raw Materials)Aerospace & Defense

In the Aerospace & Defense sector, specialized raw materials including advanced alloys, composites and rare metals are essential for manufacturing components that meet strict performance requirements.

[Dassault Systemes Solutions Aerospace and Defense](/media/19030)

[Go to Aerospace & Defense](/industries/aerospace-defense)

(Technologies - Raw Materials)Transportation & Mobility

The Transportation & Mobility industry relies on diverse raw materials from steel and aluminium to rubber and battery materials for electric vehicles. Strategic management of these materials helps manufacturers balance durability, weight, safety and environmental considerations.

[Dassault Systemes Solutions Automotive](/media/19026)

[Go to Transportation & Mobility](/industries/transportation-mobility)

(Technologies-Raw Materials)Life Sciences & Healthcare

In Life Sciences & Healthcare, specialized raw materials such as pharmaceutical ingredients, biocompatible polymers and purified compounds are essential for developing medical devices and medications. Stringent quality control ensures patient safety and product efficacy.

[Dassault Systemes Solutions Life Sciences & Healthcare](/media/19027)

[Go to Life Sciences & Healthcare](/industries/life-sciences-healthcare)

(Technologies-Raw Materials)Consumer Packaged Goods & Retail

The Consumer Packaged Goods - Retail sector transforms various raw materials including plastics, papers, metals and natural ingredients into everyday products. Effective management helps manufacturers respond to changing consumer preferences while addressing sustainability concerns.

[Dassault Systemes Solutions Consumer Packaged Goods - Retail ](/media/19025)

[Go to Consumer Packaged Goods & Retail](/industries/consumer-packaged-goods-retail)

(Technologies - Raw Materials)Marine & Offshore

The Marine & Offshore industry utilizes specialized raw materials that withstand harsh oceanic environments. From corrosion-resistant metals to advanced composites, these materials meet strict performance standards while addressing environmental concerns in maritime applications.

[Dassault Systemes Solutions Marine & Offshore](/media/19493)

[Go to Marine & Offshore](/industries/marine-offshore)

(Technologies - Raw Materials)Industrial Equipment

Industrial Equipment manufacturers rely on a broad range of raw materials—steel, alloys, composites and polymers—to ensure durability, precision and scalability. Efficient raw material management supports design flexibility, modular production and just-in-time assembly, helping companies meet high-performance standards while maintaining cost control.

[Dassault Systemes Solutions Industrial Equipment](/media/19492)

[Go to Industrial Equipment](/industries/industrial-equipment)

(Technologies - Raw Materials) High-Tech

In the High-Tech sector, managing rare and complex raw materials—such as semiconductors, silicon wafers, advanced ceramics and rare earths—is mission-critical. These materials are essential for miniaturization, high-frequency signal processing, and durability in smart devices and electronics.

[Dassault Systemes Solutions High Tech](/media/19024)

[Go to High-Tech](/industries/high-tech)

(Technologies - Raw Materials) Home & Lifestyle

Whether crafting connected furniture, wearables or sustainable packaging, Home & Lifestyle brands depend on versatile raw materials—bioplastics, engineered wood, textiles and coatings—to align with fast-changing consumer trends and environmental expectations.

[Home & Lifestyle thumb](/media/20423)

[Go to Home & Lifestyle](/industries/home-lifestyle)

Driving Innovation with Dassault Systèmes' Raw Material Solutions

Dassault Systèmes offers comprehensive solutions to optimize raw material management across the enterprise, driving efficiency and innovation.

Accelerate Scientific Innovation

BIOVIA empowers researchers to simulate and predict material behavior at the molecular level, reducing physical testing and development time. R&D teams can explore advanced materials for performance, sustainability and regulatory compliance.

SOLUTION

[Explore BIOVIA Materials Studio](/products/biovia/materials-studio)

Synchronize Procurement and Production

The Synchronized Requirements Planner aligns raw material procurement with production schedules. It reduces excess inventory, prevents shortages and enhances agility across global operations.

SOLUTION

[Explore DELMIA Ortems](/products/delmia/ortems/synchronized-requirements-planner)

Choose Sustainable Alternatives

OnePart enables engineers to analyze environmental performance and make data-driven material selections. Teams can evaluate recycled content, carbon footprints and compliance data to align material use with sustainability goals.

SOLUTION

[Explore NETVIBES OnePart](/products/netvibes/onepart)

Real-Time Material Visibility

Track material quality, location and movement from receipt to production. The **3D**EXPERIENCE platform helps identify inefficiencies and improve material availability for leaner, more responsive operations.

SOLUTION

[Explore Manufacturing Operations](/3dexperience/manufacturing-operations)

## Experience the Real-World Value of Lean Manufacturing

Discover how leading companies are transforming their operations through strategic raw material management.

[  Explore more customer stories     ](/insights/customer-stories)

Use Cases: Key Business Functions of Raw Material Management

Effective raw material management is essential for numerous business functions, driving operational excellence and competitive advantage.

 Strategic Sourcing & Supplier Management

Raw material sourcing goes beyond pricing. With Dassault Systèmes, procurement teams can evaluate suppliers based on performance, quality, lead times and sustainability. Integrated analytics and simulation tools support smarter supplier diversification and proactive risk mitigation—especially for critical materials.

[Explore source & supplier management](/products/enovia/transform-sourcing-supplier-management)

Inventory Optimization & Demand Planning

Synchronizing raw material supply with production demand is key to operational efficiency. Our tools help manufacturers maintain optimal inventory levels, anticipate consumption patterns and reduce safety stock without compromising delivery timelines.

[Explore supply chain planning & optimization](/products/delmia/supply-chain-planning-optimization)

Quality Assurance & Material Compliance

Raw materials directly affect product quality. Dassault Systèmes enables companies to implement rigorous inspection protocols, maintain digital traceability and ensure that all incoming materials meet required specifications. This reduces defects, accelerates audits and ensures regulatory compliance.

[Explore quality assurance & control](/products/delmia/apriso/quality-control)

 Material Cost Analysis & Value Engineering

Understanding the true cost of raw materials across the product lifecycle allows for strategic trade-offs. Dassault Systèmes provides simulation and cost modeling capabilities to evaluate alternative materials, optimize material usage and support design-to-value strategies.

 Sustainable Material Selection & Lifecycle Management

Sustainability is embedded from the start with raw material decisions. Life Cycle Assessment (LCA) tools within the **3D**EXPERIENCE platform help companies evaluate environmental impact, carbon footprint and recyclability—empowering teams to align material choices with circular economy principles and ESG goals.

[Explore Life Cycle Assessment (LCA)](/sustainability/circular-economy/eco-design/lifecycle-assessment)

 Material Innovation and Product Development

Material innovation fuels product differentiation. Dassault Systèmes connects R&D, engineering and sourcing teams on a unified platform to accelerate the evaluation, simulation and qualification of new raw materials. This supports faster go-to-market cycles and sustainable innovation.

[Explore sustainable materials innovation](/sustainability/circular-economy/sustainable-production/sustainable-materials-innovation)

Additive Manufacturing and Raw Material Efficiency

Additive manufacturing transforms the way raw materials are used—enabling precision, customization and minimal waste. Dassault Systèmes helps manufacturers manage the entire AM material lifecycle, from powder qualification and simulation to traceability and virtual validation. This ensures consistent quality, reduces material waste and accelerates innovation in highly regulated industries.

[The 3DEXPERIENCE platform - screenshot](/media/20375)

[Explore additive manufacturing](/products/simulia/additive-manufacturing-simulation)

Virtual Twin for Strategic Raw Material Management

Virtual Twin Experiences

Dassault Systèmes’ virtual twin of the production system connects **materials, machines and people** into a cohesive digital model. Manufacturers simulate and analyze:

- **Material variability** and its effect on product quality.
- **Alternative sourcing strategies** to reduce risk.
- **Inventory and logistics scenarios** for just-in-time execution.

These capabilities help identify bottlenecks, reduce waste and accelerate decision-making—all without disrupting physical operations. Combined with the **Critical Materials Value Network**, the virtual twin supports resilience, sustainability and regulatory readiness across material-intensive industries.

[3D UNIV+RSES banner](/media/19783)

[   Explore virtual twin in manufacturing     ](/virtual-twin/manufacturing-industries)

 Our virtual twin experiences are catalysts for transformation. By combining modeling, simulation, data-science & AI-generated content, they enable us to drive unprecedented advancements in design, engineering, manufacturing and beyond. With virtual twins, we are redefining what's possible, setting new standards for industry and shaping the future of technology.

Sébastien Joly

Manufacturing Industries Sector Strategy Director

 ![Sébastien Joly - Dassault Systèmes](https://www.3ds.com/assets/invest/2025-10/sebastien-joly-128x128.jpg)

Dassault Systèmes' Key Values in Lean Manufacturing

Innovation-Driven Solutions

 ![](https://www.3ds.com/assets/invest/2025-08/icon-066-automation.png)

Sustainability Focus

 ![](https://www.3ds.com/assets/invest/2025-10/icon-414-collaboration-blue-rvb.png)

Industry-Specific Expertise

 ![](https://www.3ds.com/assets/invest/2025-06/icon-172-data-center-blue-rvb.png)

End-to-End Integration

 ![](https://www.3ds.com/assets/invest/2025-06/icon-288-software_editor-blue-rvb_1.png)

Customer-Centric Approach

 ![](https://www.3ds.com/assets/invest/2025-06/icon-048-customer-blue-rvb.png)

Anytime, Anywhere Availability

 ![](https://www.3ds.com/assets/invest/2020-05/icon-303-real-time-planning.png)

Raw Material FAQs

 What is a raw material management system?

A raw material management system centralizes data on material specifications, inventory, suppliers and costs. It supports collaboration across teams, enables simulation and selection of optimal materials and ensures compliance through full traceability and documentation.

How is raw material management different from inventory management?

While inventory management focuses on stock levels and flow, raw material management includes sourcing, quality control, lifecycle analysis and sustainability. It integrates strategic planning with real-time operations and supports innovation and risk mitigation.

What are examples of raw materials?

Raw materials include both direct materials that become part of finished products (such as steel, wood, plastics, textiles and agricultural products) and indirect materials that support production (like lubricants, cleaning agents and packaging materials). Natural resources such as iron ore, crude oil, natural gas, minerals and forest products represent primary raw materials, while processed items like sheet metal, chemical compounds and synthetic fabrics serve as intermediate raw materials in manufacturing processes.

What are the types of raw materials?

Raw materials generally fall into several categories:

- **Direct raw materials**: Components that become part of the finished product (metals, textiles, plastics).
- **Indirect raw materials**: Items used in production that don't become part of the final product (lubricants, cleaning agents).
- **Natural raw materials**: Resources extracted directly from nature (minerals, timber, agricultural products).
- **Synthetic raw materials**: Artificially created substances (polymers, synthetic fibers).
- **Virgin raw materials**: Materials being used for the first time in production.
- **Recycled raw materials**: Previously used materials reprocessed for new applications.

How does a raw material management system work?

A raw material management system typically works by:

- **Centralizing material data**: Maintaining comprehensive information on material specifications, suppliers, costs and inventory levels.
- **Facilitating collaboration**: Enabling communication between procurement, production, engineering and quality teams.
- **Supporting design and engineering**: Providing tools for material selection and simulation of material behavior.
- **Managing change and configuration**: Tracking modifications to material specifications and ensuring proper version control.
- **Ensuring quality and compliance**: Maintaining documentation of material properties, certifications and regulatory compliance.
- **Enabling traceability**: Tracking materials from receipt through production to finished goods.
- **Providing analytics**: Offering insights on material usage, costs and optimization opportunities.

The most advanced systems integrate with enterprise resource planning (ERP) and manufacturing execution systems (MES) to provide a complete digital thread across the organization.

What is the difference between direct and indirect raw materials?

    .table_component {
        overflow: auto;
        width: 100%;
        font-family: inherit; /* Ensures the table matches page font */
    }
    .table_component table {
        width: 100%;
        table-layout: fixed;
        border-collapse: collapse;
        border: 1px solid #dededf;
        text-align: left;
    }
    .table_component caption {
        caption-side: bottom;
        text-align: left;
    }
    /* Header styling */
    .table_component th {
        padding-top: 33px;
        background-color: #005686;
        color: #ffffff;
    }
    /* Table cell styling */
    .table_component td {
        padding-left: 13px;
        padding-right: 13px;
    }
    .table_component td[rowspan] {
        border-left: 1px solid #d6d6d6;
    }
    /* Alternating row colors */
    .table_component tr:nth-child(odd) {
        background-color: #ffffff;
    }
    .table_component tr:nth-child(even) {
        background-color: #f5f5f5!important;
    }
CharacteristicDirect Raw MaterialsIndirect Raw MaterialsDefinitionMaterials that physically become part of the finished productMaterials used in production that don't become part of the final productExamplesSteel in automobiles, fabric in clothing, wood in furnitureLubricants, cleaning supplies, tools, disposable equipmentAccountingDirectly traced to specific products, typically as direct material costsUsually accounted for as overhead or indirect manufacturing costsInventory ManagementOften managed with detailed tracking by product lineUsually managed as general consumables inventoryCost BehaviorTypically varies directly with production volumeMay have both fixed and variable cost componentsQuality ImpactDirectly affects product quality and performanceIndirectly affects production efficiency and product qualityProcurement FocusQuality, consistency and specific material propertiesCost efficiency and general utility

How can companies optimize their raw material supply chains?

Companies can optimize raw material supply chains through several strategies:

- **Supplier diversification**: Reducing dependence on single suppliers for critical materials.
- **Virtual twin simulation**: Creating virtual models of supply chains to test scenarios and identify optimization opportunities.
- **Predictive analytics**: Using data to anticipate material needs and potential supply disruptions.
- **Collaborative platforms**: Implementing systems that enable real-time information sharing with suppliers.
- **Sustainability integration**: Incorporating environmental and social factors into supplier selection and material sourcing decisions.
- **Inventory optimization**: Balancing material availability with carrying costs through sophisticated modeling.
- **Quality standardization**: Establishing clear material specifications and quality requirements.
- **Blockchain technology**: Implementing transparent material traceability across the supply network.
- **Automated procurement**: Streamlining ordering processes for recurring material needs.

What technologies are transforming raw material management?

Advanced technologies revolutionizing raw material management include:

- **Artificial intelligence (AI)**: Optimizing material forecasting, quality inspection and supplier selection
- **Internet of Things (IoT)**: Enabling real-time tracking of material location and condition
- **Blockchain**: Providing transparent and secure material traceability
- **Cloud computing**: Facilitating collaborative material management across global operations
- **Virtual twins**: Creating virtual representations of materials to simulate performance
- **Predictive analytics**: Anticipating material needs and potential supply disruptions
- **Augmented reality**: Supporting warehouse operations and material identification
- **Robotic process automation**: Automating routine material management tasks
- **Advanced simulation**: Modeling material behavior under various conditions
- **3D printing**: Transforming material requirements through additive manufacturing

Dassault Systèmes integrates these into a unified platform to support agile, data-driven decisions.

Get in Touch with Our Experts

Fill in the form to have a Dassault Systèmes expert contact you to answer your questions and discuss any of your needs.
Let’s transform your Manufacturing Software journey together—contact us today!

[Contact us](/how-to-buy)

 ![Raw Material Management Software > Dassault Systèmes](https://www.3ds.com/assets/invest/2025-11/raw-material-hero-banner.jpg)

[  Explore our online store     ](/store/project-management/digital-manufacturing)

[  Contact us     ](/how-to-buy)

Raw Material