Arc Welding and Laser Welding
Delfoi Arc is a parametric and feature-based offline programming software for arc welding and laser welding applications for all major robot brands.
Delfoi Robotics offline programming (OLP) software represent the most advanced offline programming technology available today. The software is unique where time, money and quality counts:
The Delfoi Robotics product range Delfoi ARC, Delfoi SPOT, Delfoi CUT, Delfoi SURF-X and Delfoi PAINT, covers comprehensive areas in industrial robotics applications, and guarantees leading solutions to meet the needs of every company, thanks to software expertise that has been developed over three decades of intensive development and professional experience.
The software support all major robot brands. The benchmark winning software is used for various industries including automotive, heavy machinery, aerospace, construction steel, and ship building all over the world.
Delfoi Robotics software suite utilizes proven simulation technology platform provided by Visual Components.
Simple. Visual. Powerful. Design and validate new production solutions confidently, with Visual Components 3D manufacturing simulation software.
The next generation of 3D manufacturing simulation technology. Designed for manufacturing professionals and built on a powerful, flexible, and scalable platform. Visual Component’s mission is to set the standard in production simulation.
Visual Component’s vision is to provide the best product on the market and shape the future of simulation technology for others to follow.
Visual Components’ 3D manufacturing simulation solutions are trusted by hundreds of organizations worldwide to support critical planning and decision-making processes.
As a leading developer of 3D manufacturing simulation technologies, Visual Components continues to be at the forefront of Industry 4.0 and its applications.
Whether you’re looking for a tool to quickly design and present production solutions, or a platform to power your offline programming applications, we’ve got you covered.
Use one platform to design, simulate and emulate your production projects with powerful visuals.
Actively respond to NPIs and production changes with simulation and adapt to lean production methods.
Quickly design and simulate your proof of concepts and accelerate the functional qualification of your production systems.
Simulate to improve your response to downtimes and increase your production efficiency.
Use hundreds of free-to-use automation equipment models from known global brands to set up realistic simulations of your automation projects
Use simulation to invest smartly in your next production upgrade. Improve your chances to close the deals with a powerful sales acceleration tool.
Simulate to organize your warehouses and increase the functionality of your intralogistics setups with synchronized operations.
Accelerate your early design concepts with simulation, reduce the time to market and improve your responsiveness to New Product Introductions.
Simulate to add more flexibility to your production systems and respond faster to ever-changing consumer demands.
Whether you’re looking for a tool to quickly design and present production solutions, or a platform to power your offline programming applications, we’ve got you covered. Check out our family of 3D manufacturing simulation products.
FlexSim is a powerful yet easy-to-use software package for material handling simulation modeling. A fast and accurate simulation engine is hidden behind drag and drop controls, drop-down lists, and many other intuitive features that make it accessible for anyone to build a model. All simulation models are created to scale and are presented using 3D visuals, so it becomes easy to view and recognize bottlenecks in the production line or other deficiencies within the system.
FlexSim also gives decision makers the data to confirm their observations, with impressive data reporting and analysis built right into the software.
FlexSim lets you model, and improve, existing and proposed systems. FlexSim comes with all the proven benefits of discrete, event simulation, but with the added bonus of highly realistic, immersive 3D graphics. FlexSim’s 3D models help you emulate the look and feel of the real system, so it’s easier to see and understand what’s going on.
FlexSim comes with all the proven benefits of discrete-event simulation but with the added bonus of highly realistic, immersive 3D graphics. FlexSim’s 3D models help you emulate the look and feel of the real system, so it’s easier to see and understand what’s going on.
FlexSim makes it as easy as possible to replicate the look of your system while preserving the details necessary for accurate analysis. Just use the simple drag-and-drop controls to place objects and resources directly into the 3D environment—no post-processing needed!
Our 3-axis layout and CAD drawing import help you maintain the exact spatial relationships in the actual system, so travel and transport times will be accurate.
Import custom 3D objects to replicate the look and feel of the actual system. Plus all realistic visual effects, like shadows and lighting effects, are ready to go by default.
FlexSim toes the line between ease-of-use and capability to model even the most complex systems.
The Standard Object Library contains a variety of objects that be used to immediately build models. Customization is simple—just choose from the preconfigured behaviors, mix-and-match options, and even create your own behaviors.
A wide range of drop-down lists and properties will allow you to quickly customize individual objects, triggers, and system properties. Simply check a box or choose a “picklist” option, and your resource will gain the logic and behavior to emulate any real-world situation.
Process Flow is one of our latest tools and a real game-changer. Use pre-built activity blocks to build basic or complex logic in a familiar flowcharting environment. It keeps the logic in one convenient place and scales well with any model as it changes and evolves.
The first level of model validation, where you visually confirm that the system is working—or not working—as it was intended to.
FlexSim comes with a powerful scripting language, FlexScript; this C-like language is the gateway to hundreds of modeling commands that will allow you to write simple expressions that do incredible things. FlexSim was also designed with an open architecture that fully integrates with C++, so it can be extended to do almost anything.
FlexSim comes packaged with ExpertFit, the industry standard in distribution-fitting software.
ExpertFit will take the data you’ve collected in the real world and accurately determine which probability distribution best represents the data. It comes with 40 distributions and four goodness-of-fit tests.
Once you’re ready to simulation using your model, our full suite of analysis features will help you get a deeper understanding of what’s going on.
Test “what if” scenarios to find the best possible choices to make in the real world.
Use our powerful Experimenter tool to test multiple scenarios and compare the results. Replications are spread over your CPU cores, so hundreds of simulated replications across many different scenarios can be completed in minutes—not hours or days. The Experimenter also includes report generation and control over variables and performance measures.
If you want to add optimization to your toolkit, FlexSim is fully integrated with the OptQuest engine. This powerful scenario optimization package lets you set variables and constraints on your model to evaluate hundreds of possible solutions. You can even design experiments with multiple objectives to consider competing forces in the system. Find the best possible solution for your process with FlexSim and OptQuest.
FlexSim is leading the way in many of the vital areas of Industry 4.0. Our industry leading 3D simulation modeling and analysis software is a strong foundation to support your digital transformation. Let FlexSim be your ally as you seek to improve all areas of your production process.
How does FlexSim fit in with the Pillars of Industry 4.0?
Simulation modeling allows you to develop a computer model of your real-world facility, and then use that model to simulate its operations over time. These insights are invaluable—you can answer important “what if” questions about the system without disruption. Learn more about FlexSim’s 3D simulation software.
Industry 4.0 is focused on improving connectivity between systems in a production environment. The digital twin bridges the gap between the physical and digital world. This virtual model is based on the current state of the system, evaluates the system’s future possibilities, and then reports back to the real-world system to make optimized business decisions. Learn more about FlexSim’s digital twin solutions.
FlexSim’s PLC emulation capabilities add a new level of understanding to your production facility and its autonomous systems. Our technology can be used to draft, test, and validate the PLC logic that runs your production systems, so your systems can be altered (and proven) to operate more efficiently. Learn more about FlexSim’s PLC emulation capabilities.
The need to run and analyze simulation models in the cloud will only continue to rise as companies require more powerful and scalable computing options. FlexSim fits in this space in two major ways: (1) being able to run simulation models in the cloud using our web server technology, and (2) being able to use distributed CPUs for running many simulation replications. Watch a video about our distributed CPU feature.
FlexSim has offered strong support for virtual reality since its inception as a widely used technology in industry, and we’ve continually evaluated the emerging augmented reality sector to see how to best integrate it into our solution. With potential uses in communication, training, maintenance, and more, FlexSim will continue to support extended reality.
The data generated by FlexSim’s solutions show where a system will be in the future, and even what it could be under a different set of circumstances. This data, used in a broader predictive analytics strategy, is the competitive edge that companies need in an increasingly competitive environment. Interested in getting more use from the data you’ve already collected? Import it into a FlexSim simulation model for additional analysis.
It allows organizations in the manufacturing industry to analyze and experiment with their processes in a virtual environment, reducing the time and cost requirements associated with physical testing. Inventory, assembly, transportation and production can all be considered within a simulation model, resulting in decisions that can maintain or improve efficiency at the lowest possible cost.
FlexSim is the best choice for modeling large, complex material handling, manufacturing, and automation systems. The latest updates deliver a high level of detail and realism in material handling simulation models. No simulation package offers a better value for material handling.
The most powerful, comprehensive, and easy-to-use simulation environment designed specifically for the unique challenges faced by today’s healthcare facilities.
FlexSim Healthcare is 3D simulation modeling that makes it easy to analyze and optimize patient-based processes. FlexSim Healthcare is 3D simulation modeling that makes it easy to analyze and optimize patient-based processes.
Simulation is a proven technology that enables an organization to analyze and experiment with its warehousing process in a virtual setting, reducing the time and costs involved with physical testing. Storage, docks, conveyors, AGVs and even personnel can be quickly introduced and adjusted in the simulation model, letting companies determine how best to fully utilize their resources and maximize efficiency.
Simulation technology allows organizations in the industry to analyze and experiment with their processes in a virtual setting, reducing the time and costs of physical testing. Materials, equipment, and personnel can all be considered within a simulation model, resulting in information that can maintain or improve production at the lowest possible cost.
Simulation allows organizations in the airport to analyze and experiment with their processes in a virtual setting, reducing the time and cost requirements associated with physical testing. Security, gates and luggage services can be analyzed and tested within a simulation model, giving airports the opportunity to determine how best to fully utilize their resources at the lowest possible cost and without compromising safety.