DELMIA’s Products and Solutions for the manufacturing communities drive manufacturing innovation by virtually defining, planning, creating, monitoring and controlling all production processes. DELMIA, powered by the 3DEXPERIENCE platform, allows all stakeholders in manufacturing, no matter their level of expertise, to be part of a single community that has all of its members working toward the same shared objectives of production performance.

DELMIA is a mission critical decision making application that allows you to scale up global supply chains while increasing the level of quality and react instantly to a disruption in the supply chain to meet the production performance. It also reduces production costs related to inventory and rework as well creates the next level of productivity and safety.

DELMIA Digital Manufacturing applications deliver expertise within Ergonomics, Machining, Process Planning & Simulation, Manufacturing Management, Manufacturing Resources and Robotics.

Delmia for Digital Manufacturing

DELMIA Digital Manufacturing applications drive manufacturing innovation and efficiency by planning, simulating, and modeling global production processes. DELMIA allows manufacturers to virtually experience their entire factory production from the impact of design to determining how to meet global demand. These simulation activities allow manufacturers to better address and shift processes so as to quickly respond to the competition, or to take advantage of new market opportunities. DELMIA Digital Manufacturing capabilities extend visualization beyond the product into manufacturing—providing the ability to simulate manufacturing processes before the physical plant or production line even exists. By proving out plant level considerations such as manufacturing approaches and material flow in the early stages of product development, the product concept can be analyzed to determine the best approach to make the product. DELMIA Digital Manufacturing applications deliver expertise within Ergonomics, Machining, Process Planning & Simulation, Manufacturing Management, Manufacturing Resources and Robotics.


  • Assessing the working conditions, ensuring compliance and verifying assembly across multiple platforms. Ergonomics allows users to assess equipment design with intent to maximize productivity by reducing operator fatigue and discomfort, while helping to ensure compliance and verifying assembly across multiple platforms. Using lifelike manikins, ergonomics specialists are empowered to evaluate ergonomics and human factors at all levels of virtual design, manufacturing, and maintainability.


  • Design,validate and document your process. Process Planning helps create and optimize build-to- order and lean production manufacturing systems. Manufacturing Engineers and Project Managers can accelerate new product and variant introduction planning, reduce product and resource physical prototypes with 4D simulation, and maximize space and resource utilization to increase factory performance and safety.


  • Delivering optimized robotics programs to the shop floor. Robotics enables robot programmers to simulate and validate robot tasks. Programmers are able to perform reachability studies, interlock analysis and offline robot teaching to deliver optimized robotics programs to the shop floor. Robot programmers can also create, simulate and validate robots in the context of all manufacturing environments.


  • Common understanding of all manufacturing stakeholders. Users can take advantage of an improved simplified and more efficient user experience for all manufacturing and production roles. With Collaborative Manufacturing, users can create and annotate 3D simulations of production issues and share them with other stakeholders. This streamlined collaboration accelerates review and shortens the product cycle.


  • Defining the behavior of programmable CNC machines. Fabrication helps NC programmers to plan, detail, simulate and optimize their machining activities. Through tight integration of machine simulation with toolpath definition, NC programmers can identify and solve problems at earlier stages of the NC programming level. They can save time and optimize processes by linking engineering and manufacturing knowledge in the context of the machine simulation to increase machining quality and performance, reduce scrap and rework and shorten the full manufacturing process.

Delmia for Manufacturing Operations Management

DELMIA Manufacturing Operations Management solutions help manufacturers transform their global production operations to achieve and sustain operational excellence. This objective is accomplished by improving visibility into, control over and synchronization across manufacturing operations and supply chain processes on a global scale.

By managing manufacturing operations from an enterprise perspective, DELMIA Manufacturing Operations Management solutions help manufacturers to improve operational flexibility, resulting in a greater ability to respond quickly to change. As a result, continuous process improvement initiatives, such as Lean or Six Sigma programs, can yield greater results with sustained operational improvement. Further, the scope of continuous improvement can be effectively replicated across all operations on a global scale.

Manufacturers can leverage DELMIA solutions to establish a common set of operational standards that can be managed holistically on a global scale while still being continuously improved to meet local market and customer needs.


  • Accelerating new product introduction
  • Design & build anywhere,
  • Better integration and real-time visibility across the global enterprise and the supply chain.

Manufacturers aiming to grow revenue and expand into emerging markets must achieve these objectives while improving efficiency, removing waste, reducing cost and continuously improving quality. Balancing these goals cost effectively is at the heart of manufacturing excellence.

Delmia for Operations Planning & Optimization

DELMIA Operation Planning and Optimization solutions power reality-based planning, scheduling and optimization for complex business processes across all planning horizons. It enables customers to build on their competitive differentiators and plan for profit by capturing their operational reality – down to the last significant detail. DELMIA customers rely on the same integrated supply chain planning and optimization platform to plan their workforce, manufacturing environment, and logistics operations.

Quintiq software plans deliveries in real time for DHL; schedules trains throughout Europe; plans the production of 25% of all aluminum produced in the world; and schedules air traffic controllers on three continents. Over thousand installations at sites that include the Federal Aviation Administration, Danone, WWL, DB Schenker Rail, TNT, ArcelorMittal, ThyssenKrupp Steel, Novelis AkzoNobel, Vlisco and SIG Combibloc. Quintiq solutions bring together one planning system to cover every aspect of planning, from long-term strategic plans to short-term schedules and disruption management. Every department and every user can customize the interface and the information visible to suit preferences and requirements. Plans are updated in real-time for company-wide transparency and collaboration.

DELMIA for Assembly Simulation

Assembly creation is creating operations to build the as-planned product and analyzing resource requirements. DELMIA Assembly Process Simulation (APS) enables users to leverage the power of the Version 6 3D environment to perform product assembly feasibility studies. The powerful and intuitive capabilities of APS is used to discover potential assembly issues and communicate these discoveries directly to product designers or other stakeholders and do it early, when changes are easier and less expensive.

DELMIA Live Assembly (LAS) gives product designers a simple-to-use programming and simulation interface that lets non-expert simulation users conduct assembly feasibility analysis. Designers can experience the manufacturing assembly structure to create, simulate, and re-order assembly trajectories during their analysis in the intuitive Version 6 3D environment.

DELMIA for Ergonomics

DELMIA Ergonomics Analysis (EGA) builds on DELMIA Ergonomics Evaluation (EGE) to let users analyze and predict human safety and performance directly from the 3D virtual environment. Engineers can examine, score, and iterate whole-body and segment postures for ergonomic analysis of defined work in the context of a product or workplace design. They can also work more precisely on the anthropometric definition of their manikins.

DELMIA Ergonomics Evaluation (EGE) is the core product for creating Version 6 Lifelike Manikins with standard anthropometry (human body dimensions). Users can place them into the Version 6 3D model and evaluate human interaction with a product or workplace.

DELMIA Ergonomics Task Definition (ETD) builds on DELMIA Ergonomics Evaluation (EGE) by allowing users to create, simulate, and validate tasks performed by a Lifelike Human manikin in the Version 6 environment.

The DELMIA Ergonomics for Vehicle Design (EVD) solution lets designers identify driver and passenger ergonomics issues early in the design process to avoid costly, time-consuming changes.

DELMIA for Manufacturing Managers

DELMIA Live Process Review (LSF) lets both product and manufacturing engineers review process plans authored in V5 or Version 6. They can easily examine product, process, and resource (PPR) data as they conduct collaborative reviews.

DELMIA Order Planning quickly assembles all necessary data into planning templates or documentation for execution in a paperless environment. It also enables users to manage process plans.

DELMIA Process & Resource Editor (PRE) gives project managers and project assistants an easy-to-use tool for creating and managing the product, process, and resource (PPR) structure for a project or a program.

DELMIA Process Review (CPV) enables non-engineering users to navigate, search and filter manufacturing process plans and supporting documents using their web browsers.

DELMIA for Manufacturing Planners

DELMIA Custom Time Analysis (CTA) allows companies to capture proprietary time analysis data for the processes executed by their workers. They can then use this data to create custom codes and time values that will be utilized when performing time analysis studies with DELMIA Process Planning (PPG).

DELMIA BPP provides a virtual 3DEXPERIENCE of the shop floor resources and layout. Planners can plan, optimize, and validate the assembly and fastening process in a virtual model of the physical manufacturing setting in which the plan will be executed.

DELMIA Manufactured Product Planning (MPP) delivers cross-industry planning capabilities for all manufacturing stakeholders who need to modify a product’s engineering definition in order to deliver an MBOM definition to downstream manufacturing planning and detailing stakeholders.

DELMIA Marine and Offshore Manufacturing Planning (MOG) provides the foundation for all V6 ship building manufacturing solutions and delivers to process planners a dedicated environment to perform part-planning and large manufacturing assembly’s definition. MOG easily handles several thousand part EBOMS and allows users to select an unassigned part and assign it to an assembly.

DELMIA Process Planning (PRP) delivers essential process planning capabilities within the Version 6 virtual 3D environment for all manufacturing industries.

DELMIA Production System Simulation (PSS) lets users perform dynamic evaluation and improvement of manufacturing systems and material flow. It models and simulates the system over multiple cycles—to help make decisions under uncertain conditions.

DELMIA Work Instructions Planning (WKI) provides powerful, easy-to-use feature details and documents any process from simple assembly prototyping to complex manufacturing or maintenance processes.

DELMIA for NC Programmers

DELMIA Extended Milling Machining (EMM) is an extension to DELMIA Milling Machining (MIM) that adds the capability of programming multi-axis milling machines. NC programmers experience a lifelike Version 6 3D representation of the physical workplace, in which they create, optimize, and validate milling programs.

DELMIA Milling Machining (MIM) is an extension to DELMIA Prismatic Machining (MTM). It adds the capability to program milling operations for 3D parts that require advanced 3-axis milling, including the ability to switch to 5-axis motion.

DELMIA NC Machine Builder (NMB) provides the tools needed to create virtual NC machines, machine accessories, and their controllers for use in NC programming, optimization, and validation in a virtual 3D environment. Milling, turning and mill-turn machines can be easily modeled.

DELMIA NC Machine Simulation (NMS) lets programmers perform virtual NC program validation.NC Programmers can control and simulate machine tool motions, along with material removal, using either the NC tool path or post-processed NC code.

DELMIA Prismatic Machining (MTM) helps users program a milling machine to produce 3D parts that require advanced 2.5-axis milling, axial, and probing operations. The Version 6 3D environment immerses NC programmers in a lifelike virtual workplace as they create, optimize, and validate milling programs.

DELMIA Turning Machining (TUM) is an extension to DELMIA Prismatic Machining (MTM). It enables programming turning and mill-turn machines to produce 3D parts that require advanced operations.

DELMIA for Quality Engineers

DELMIA Emergent Process Management automatically presents lean, streamlined process options when unexpected events arise, speeding and simplifying resolution and saving both operational costs and cycle time.

DELMIA Performance Tracker compares production process metrics with best operational practices, alerting to drifts or inconsistencies in quality levels, first-pass yield, cycle time, and other manufacturing Key Performance Indicators (KPIs).

DELMIA Process Rules Discovery (RDY) can be used as a production tool to improve yield and reduce rework by extracting best practices and risk situations from historical data. As a research tool, it can be used to improve design, analyze customer preferences, and predict maintenance needs.

DELMIA for Resource Engineers

DELMIA Device Task Definition (DTD) enables programming and simulating forward kinematic mechanical devices from simple clamps to complex lift-assist mechanisms. Users can manage multiple devices, integrate them within the Version 6 3D workcell layout, and perform feasibility studies.

DELMIA Mechanical Device Builder (MDB) enables users to create virtual mechanical devices for downstream planning and simulation. Resource designers can leverage MDB’s intuitive user interface to define all the types of mechanical devices used in a manufacturing setting, from simple clamps to complex robots and lift-assist equipment.

DELMIA RLT creates a Version 6 3D environment for defining and validating shop floor layouts, delivering them to the shop floor for construction, and sharing them with downstream stakeholders for enriching and validating process plans.

DELMIA for Robotics Programmers

DELMIA’s Arc Welding solutions lets users define, validate, and optimize robotic arc welding programs and setups prior to delivery to the shop floor. This capability simultaneously improves quality, reduces costs, and maximizes resource utilization by keeping production equipment engaged in value-added activities.

DELMIA Robotics Offline Programming (ROP) extends the Version 6 robotics offering by enabling the import and export of production robot programs. For robotic applications that require the highest degree of accuracy in their robot trajectories, ROP provides advanced workcell calibration capabilities that improve the accuracy of the translated program.

DELMIA Robotics Spot Welding (RSW) is a comprehensive Version 6 automotive body-in-white robotics programming solution that generates and manages robot spot welding programs.

DELMIA Robot Task Definition (RTD) provides a Version 6 3D environment where users can create, program, simulate and validate an entire robot workcell for any manufacturing industry.

DELMIA RVC integrates with DELMIA Robot Task Definition (RTD) allowing robot programmers to accurately simulate robot tasks. The actual robot programs can be safely validated in a 3D virtual environment before being deployed on the shop floor.

DELMIA for Supply Chain Planners

DELMIA Global Production System Planning (SPG) is a breakthrough solution that provides a single data repository for all activities, from strategic planning to operational planning, in the enterprise’s physical supply chain network. Supply Chain Planners can optimize the performance of their global production system, ensure planning integrity from the supply chain network to individual machines on the shop floor, and increase manufacturing decision support accuracy at all levels of the enterprise.

DELMIA for Shop Floor Workers

DELMIA Digital Numerical Control Connector (DCC) puts machine programs together with the work instructions, data collection, buyoffs, documents, and tools that relate to a specific task.

DELMIA Operations Execution makes significant improvements to production efficiency and product quality with the Operations Execution (OEX) module. It enforces operational procedures, ensuring that tasks are always performed in the correct order. It makes it easy for shop floor workers to quickly comprehend a task, collect required data, and go back to work.

DELMIA Shop Floor Portal provides an easy, intuitive and effective way of understanding work instructions on the shop floor. It is a cost-effective, web-based work instruction delivery mechanism for 0-3D process plans.

DELMIA Velocity Integrator publishes DELMIA Process Planning to the shop floor in the form of shop orders for Process Execution or read-only process plans for the Shop Floor Portal. It integrates product, process, and resource data and makes it accessible to traditional workstations, portables, and other web-based devices.

DELMIA Work Instructions Player extends 3D process planning visuals to the shop floor – where workers clarify complex operations and make shop operators more productive.


  • DELMIA – Assembly Planning Solutions Download
  • DELMIA – Assembly Work Instructions Download
  • DELMIA – DPM Assembly Download
  • DELMIA – DPM Envision Assembly Download
  • DELMIA – DPM Machining Download
  • DELMIA – Human Workplace Design and Simulation Download
  • DELMIA – Robotics Programmer Solution Download
  • DELMIA – Virtual Ergonomics Solution Download
  • DELMIA – Work Instruction Machining Download
  • DELMIA PLM Express Download


  • DELMIA – Complex Processes and Systems Download
  • DELMIA – Extending PLM Shop Floor Download
  • DELMIA – Manufacturing Work Instructions Download


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  • Virtual Construction 4D Simulation – Construction Planner Watch
  • Plastic Part Injection Industrialization Watch
  • Assembly & Manufacturing Planning – Manufacturing Engineer Watch
  • Body-in-White Manufacturing Planning – BiW Assembly Planner Watch



DELMIA Release 2020x introduces new roles and enhancements that expand our model-based solutions into the Maintenance, Repair and Operations (MRO) segment while continuing to bring advanced technologies and experiences to our customers. The new Service Process Engineer role serves the complex product servicing needs in MRO, and enhancements to Supply Chain Director, Demand Planner, Collaborative Forecasting, and Supply Planner in DELMIA Quintiq to deliver closer collaboration with other roles on the 3DEXPERIENCE platform.

Three new Additive Manufacturing roles extend DELMIA’s leadership in this emerging domain. Material Deposition Programmer enables Additive Manufacturing Engineers to prepare, program and validate the manufacturing process for Directed Energy Deposition (DED) by NC machines or robots. Part Preparation for Manufacturing Engineer helps to refine a part design and prepare it for 3D printing. And finally, Distortion Checker for Additive Manufacturing simulates the additive process to predict thermal distortions during 3D printing.


DELMIA Collaborative Operations is the cornerstone of the 3DEXPERIENCE Operations vision that enables a common understanding for all stakeholders. This solution provides a holistic, model-based, and data-driven digital backbone that breaks down the silos between diverse functional users from engineering, operations, and supply chain. It delivers a common, up-to-date view of the manufacturing enterprise that facilitates problem-solving and enables efficient root cause analysis. By digitally connecting these users, companies can have visibility into, control over, and synchronization across their enterprise.

Key Benefits:

  • Provide full traceability with data-driven analysis
  • Enable cross-functional teams to work together and prevent manufacturing problems
  • Promote collaboration and empowers teams to solve problems
  • Offer full access to all product, process and resource data with a unified data model from engineering to the shop floor

3DLean Master

Develop Collaboration between Team Members

  • Create value by transforming information into action
  • Author and manage the team’s daily meetings
  • Assign tasks and issues
  • Track issues and assignments to completion
  • Promote team ownership and responsibility
  • Author and review using large touch-screens
  • Animates daily team meetings for maximum participation and collaboration

3DLean Member

Animate Team Meetings and Ease Communication

  • Capture and socialize corporate know-how
  • Promote team ownership and responsibility
  • Author and manage the team’s daily meetings
  • Easily and efficiently organize production plan and communicate it
  • Assign tasks and issue to a team member
  • Easily annotate, assign, and track allowing team members to propose and react