Visualize in 3D
FlexSim was built from the ground up to give you a truly immersive 3D experience. There is no better way to see what is happening in your system than to build it in 3D.
Build in a 3D world
FlexSim was built from the ground up to take advantage of today’s advanced 3D visualizations. Drag and drop objects into a virtual world. Create spatial relationships in your model to mimic your real life system. Include custom 3D shapes and CAD layouts.
You’ll simulate not only the behavior of your real life system, but also the look and feel, allowing you to immediately see what’s going on.
Many simulation packages are built on older 2D technology – with 3D post-processors tacked on as an afterthought. Not with FlexSim. FlexSim was conceived to be the most sophisticated 3D discrete event package ever created.
FlexSim uses OpenGL, the same graphics library used in today’s hottest 3D games. Realistic spatial relationships, dynamic lighting, environmental effects, and more help make your models as realistic as you like.
Build flypaths to guide your audience through the model. Add bullet points and slideswithin the model to illustrate important points along the way. Create a movie of your model to view and share.
Analyze your system
FlexSim’s powerful 3D graphics allow in-model charts and graphs to dynamically display output statistics. You can also interface with common spreadsheet and database applications to import and export data.
FlexSim automatically tracks many different datapoints including throughput, content, machine state, and utilization to name just a few.
Use FlexSim’s powerful Dashboards to create default reports or make your own custom reports to export to your favorite graphing and analysis programs.
Databases & spreadsheets
FlexSim can import data from, and export data to, all the most popular spreadsheet and database applications. Broaden your analysis by leveraging these powerful programs.
For industry leading distribution fitting, FlexSim includes ExpertFit.
Simulations require input data, usually collected in the real world. Distribution-fitting software takes your collected data and turns it into mathematical formulas that drive FlexSim’s simulations.
Experiment & optimize
Experience the predictive power of simulation with experimentation and optimization. FlexSim includes both a built-in experimenter tool as well as a fully integrated OptQuest® interface for intelligent optimization.
The experimenter allows you to quickly change mutliple sets of variables and see the results. Create scenarios by choosing which model parameters to vary. Try a handful of scenarios, or hundreds! Save time by running many replications of multiple scenarios automatically – set it up and walk away.
Running many replications allows you to obtain confidence intervals of the results. View the results of your experiments in easy to read graphs and export reports to HTML.
Optimize with OptQuest
Sometimes as a modeler you’re not sure which scenarios represent your system’s optimum configuration. Optquest can intelligently suggest optimized scenarios for you.
OptTek’s OptQuest optimization engine combines tabu search, scatter search, integer programming, and neural networks algorithms to efficiently identify ideal scenarios according to parameters you specify. OptQuest is fully integrated into FlexSim’s modeling interface, giving you quick access to the industry leader in intelligent optimization.
Learn more about OptQuest
Ease of use
FlexSim is designed to be user-friendly and intuitive. Sensible interfaces and straight forward usage put FlexSim at the front of simulation software usability. Plus, enjoy multiple outlets to training, help, and the most active simulation community forum on the web.
Drag & drop model building
Quickly and easily build your model by dragging objects into view and positioning them with point-and-click simplicity. Create connections between objects to define relationships and flow with click-and-drag motion. You’ll be creating your system layout quickly and intuitively.
Standard Object Library
FlexSim includes a whole library of objects that can be used immediately to build many of different models.
Because no two systems are alike, objects are easily customized by choosing from a list of preconfigured behaviors. A variety of actions are possible – you can even mix and match included options, or create your own.
Get help when you need it
When you’re customizing objects and creating your own behaviors, you’ll appreciate FlexSim’s context sensitive help buttons on every graphical interface, automatic command completion tips, and comprehensive function documentation.
View the difference
View your model in 2D, 3D, or in a hierarchical tree view. Each view gives you a unique perspective on what is going on in your simulation. You can develop your models exclusively using one view, or keep several views open simultaneously for faster model building.
Active Community Forum
FlexSim users can share tips and tricks, get modeling advice, or ask for help at the FlexSim Community Forum.
Our worldwide user base is active and welcomes simulation newcomers. Users, both new and expert, engage in discussions about all aspects of simulation andFlexSim Simulation Software. Technical support staff and FlexSim developers frequently give an insider’s view to the discussions.
Customize your modeling experience
No other simulation software compares to the level of customization that FlexSim provides. You can create your own classes, libraries, GUIs, or applications. FlexSim opens up what most competing products protect as source code.
Shapes & layouts
Add excitement and realism to your model by using custom 3D shapes of your buildings, machines, or products. Import 2D or 3D CAD drawings to use as a floorplan or topographical layout.
Whatever you’re simulating, with FlexSim’s graphics the sky is the limit.
User created objects
FlexSim has a very capable library of class objects that can be used right out of the box to build a variety of different models quickly, with little or no programming required.
Where more complicated or customized behaviors are required, all FlexSim objects can be extended with the use of trigger logic. In addition, the source code for all classes in the library is open to the user to see and use freely. Users can create their own custom objects from scratch, or use existing library objects as a jump-off point.
Custom controls & interfaces
By including custom interfaces in your model, you make using and sharing your model easier. Create GUIs for individual custom objects, or to control your whole model.
You’ll never have to throw your hands up in frustration because FlexSim can’t do something. FlexSim’s open architecture and integration with the most powerful and widespread programming language available – C++, means that FlexSim can be extended with any functionality imaginable – from sockets and servers to home brewed DLLs.
No programming – no problem
You don’t have to be a C++ programmer to make the most of FlexSim’s flexibility. There’s a simple scripting language available, not to mention all of the pre-configured picklist options that come packaged with FlexSim. Where you meet a brick wall with other simulation software packages, FlexSim gives you a door.
Recommended1 Minimum System Requirements
FlexSim was designed to run on any modern Windows system, however, unique or complex modeling situations may carry additional hardware requirements. Click here to find more information on FlexSim’s hardware requirements.
|CPU||Any modern2 Intel or AMD processor|
|RAM||4 GB RAM|
|Graphics||NVIDIA GeForce or AMD Radeon graphics|
|OS||Windows XP (32 bit)
Windows Vista, 7, 8 (32 or 64 bit)
|Additional Software||.NET Framework 3 (required)
Visual C++4 (optional)
- Most desktop and laptop computers produced in the last few years will have no problems running FlexSim. However, for the best experience, we recommend at least the minimum system specifications listed above.
- Some modern low power processors, such as Intel’s Atom, have lower performance in highly demanding apps like FlexSim than mainstream desktop and notebook processors. Consequently, large simulations will take longer to complete on these low power CPUs.
- FlexSim uses functionality provided by Microsoft’s .NET framework version 2.0 or higher. The .NET framework is already installed on most computers. It can be freely obtained from Microsoft Windows Update, or as a standalone download directly from Microsoft.
- Microsoft’s Visual C++ can be used in conjunction with FlexSim to build compiled models or enhance system level functionality (OS, network, etc.). These features are optional, however. FlexSim does not require a compiler to build or run simulation models. Microsoft’s Visual C++ Express Edition is a free download from Microsoft Corporation.