Runs motion. Collision detection shows torch cable hitting a fixture – user adjusts via point.
Its primary strengths—vendor neutrality, deep CAD integration, and accurate OLP—are balanced by high cost and a steep learning curve. Yet for the aerospace, automotive, and heavy equipment industries where a single collision can cost millions, the library pays for itself many times over.
Selects “Fanuc ARC Mate” post-processor. Delmia outputs .TP (Teach Pendant) files and .LS (Karel source) if needed. delmia robot library
This is a comprehensive, long-form technical overview of the (now part of the 3DEXPERIENCE platform by Dassault Systèmes, formerly known as Delmia V5/V6 Robotics). A Comprehensive Examination of the Delmia Robot Library: Architecture, Capabilities, and Industrial Application 1. Introduction: The Role of Robotics in Virtual Manufacturing In the age of Industry 4.0, robotics is no longer confined to physical teach pendants and manual programming. The complexity of modern manufacturing—automotive assembly lines, aerospace fuselage drilling, electronic component placement, and logistics warehousing—demands offline programming (OLP) and simulation before a single robot is installed on the shop floor.
As manufacturing embraces digital twins and AI, the Delmia Robot Library will likely evolve into an even more intelligent, cloud-connected system – one where robots not only simulate but also self-optimize based on real-time data. Until then, it remains the reference standard against which all other industrial robot libraries are measured. If your organization requires end-to-end digital manufacturing simulation from product design to robot code generation across diverse robot brands, the Delmia Robot Library is not just an option—it is the benchmark. For smaller or single-brand operations, evaluate native alternatives first. But for enterprise-scale robotics integration, Delmia remains unparalleled. Runs motion
| Delmia Module | Integration with Robot Library | |----------------|-------------------------------| | | Assign robot resources to process steps (e.g., “Robot R-101 performs weld #45”). | | Delmia DPM (Digital Process Manufacturing) | Simulate robot tasks alongside human tasks (collaborative assembly). | | Delmia Quest | Discrete event simulation. Robots from library become resources with cycle times and availability. | | Delmia IGRIP (legacy) | Some older libraries are cross-compatible. | | CATIA CAA | Custom path planning algorithms can access robot kinematics via C++ APIs. | 7.1 PLM Integration Because the library lives inside the 3DEXPERIENCE platform, robot models are under revision control . When a robot is modified (e.g., new gripper), all simulations referencing that robot are flagged for update. This is critical for large OEMs managing hundreds of workcells. 8. Workflow Example: Simulating a Welding Cell Step 1 – Resource Selection Engineer opens Delmia Resource Catalog, searches “Fanuc Arc Mate 120iD”, drags into layout.
Adds a linear track (Fanuc external axis) and a two-station rotary positioner from the library’s “Positioners” folder. Yet for the aerospace, automotive, and heavy equipment
Delmia’s library is the gold standard for large, multi-vendor, integrated manufacturing systems . For single-brand shops, native OLP tools are often more cost-effective. 11. The Future: AI, Cloud, and Digital Twins Dassault Systèmes is actively evolving the Robot Library on the 3DEXPERIENCE platform: 11.1 AI-Assisted Path Planning Using CATIA Generative Design and Machine Learning , future libraries will predict optimal robot mounting positions and tool orientations without manual iteration. 11.2 Cloud-Based Library The 3DEXPERIENCE Marketplace includes a Robot Parts Supplier connector. Manufacturers can upload their robot models to the cloud, and any Delmia user can subscribe to them – creating a robot-as-a-service catalog. 11.3 Real-Time Digital Twin With Delmia Live and IoT connectors , the virtual robot from the library can mirror the physical robot’s actual state (position, torque, temperature). Maintenance teams can compare simulated vs. real behavior to detect wear or misalignment. 11.4 Open Robotics Interface (ORI) Dassault is participating in standards efforts to allow direct import of URDF (Unified Robot Description Format) from ROS (Robot Operating System) into the Delmia library. This would bridge research robotics and industrial simulation. 12. Conclusion The Delmia Robot Library is far more than a 3D parts bin. It is a living repository of industrial knowledge , encapsulating the kinematics, dynamics, controller logic, and manufacturing intent of hundreds of robot models. For companies building complex, multi-robot, multi-vendor production lines, it remains an indispensable tool – enabling them to design, simulate, optimize, and deploy robotic workcells with confidence, all within a single PLM environment.
Mounts a welding torch from the “Process Equipment” catalog. Defines TCP at the wire tip.
The is a cornerstone of Dassault Systèmes’ digital manufacturing portfolio. It is not merely a collection of 3D models; it is a behavioral, kinematic, and dynamic database of industrial robots, end-effectors, and peripheral equipment. Integrated within the Delmia V5 (legacy) and 3DEXPERIENCE platforms, this library allows manufacturing engineers, simulation specialists, and robot programmers to validate workcells, optimize cycle times, detect collisions, and generate robot-native code (RCS) entirely virtually.
Imports weld seams from CAD. Uses Task Programming to generate approach, weld, and retract motions. Applies weaving parameters (amplitude, frequency).