Smart simulation software for efficient offline programming of KUKA robots: with KUKA.Sim, you can optimize the operation of your systems and robots outside the production environment – quickly and easily.
More productivity, safety and competitiveness
The future-oriented KUKA.Sim software brings robot applications virtually to life – before the system has even been put into operation. The robot motion sequences programmed offline are depicted in real time and analyzed and optimized with regard to their cycle times. With features such as a reachability check and collision detection, you can make sure that robot programs and work cell layouts can really be implemented. Digital simulation thus offers maximum planning reliability for your manufacturing processes at minimum cost and effort. At the same time, production downtimes are kept as short as possible.
3D robot simulation of pick & place application with KUKA.Sim
The KUKA.Sim software makes it possible to set up and simulate a robotic cell for pick & place tasks in just a few minutes. In this way, it ensures efficient production processes.
From offline programming to virtual commissioning
KUKA.Sim creates a digital twin and thus an identical image of the subsequent production process. The 3D simulation covers the entire planning process: from the design of the process to the visualization of material flows and bottlenecks to the PLC code. The data are 100 percent consistent, which means that the virtual controller and the real controller work with exactly the same data. In this way, KUKA.Sim creates the basis for virtual commissioning, so that new production lines can already be tested and optimized in advance.
Convincing advantages of simulating production processes with KUKA.Sim
Plan your system and robot concepts quickly, easily and individually – without actually having to build them in the real world.
KUKA.Sim helps your sales team to professionally present your solutions to end customers and to increase your sales success.
Design system concepts in advance with very accurate cycle times for increased planning reliability and competitiveness.
The reachability check and collision detection features allow you to test the viability of your robot programs and cell layouts.
Maximum flexibility through modular software architecture
KUKA.Sim 4.0 is based on a modular software architecture – with an efficient, flexible and durable toolbox principle. The basic package can be expanded with three add-ons: for powerful modeling of an individual component library, for virtual commissioning and for simulation of welding applications. This means customers only pay for the functional expansions they actually need. If their requirements change, users can easily add further add-ons in the future. The modular system stands out for its flexibility and durability.
Extensive online library of currently available robot models, etc.
Configurable collision check and reachability check
AVI HD video and 3D PDF export function
Modeling wizards for creating your own components
Accurate cycle time determination (even without KUKA.OfficeLite)
Virtual reality support (additional VR hardware required)
Mobile Viewer app available for mobile devices
Support for 3D mouse (e.g. 3Dconnexion)
NVIDIA PhysX support
New: KRL editor for advanced offline programming
New: 3D safety zone configuration
New: Advanced I/O signal editor
New: Robot stopping distance simulation
New: WorkVisual project export
System requirements (minimum)
Supported operating systems: WIN 10 64-bit
Graphics card with 1 GB RAM (recommended: graphics card with 2 GB RAM) and a resolution of at least 1024 x 768 pixels (recommended: 1920 x 1080 pixels)
Dual-core CPU with 8 GB RAM (recommended: Intel i7 with 16 GB RAM)
DirectX 9.0 support
KUKA.Sim Modeling – easy model creation with the component library
The Modeling add-on expands the basic functionality of KUKA.Sim 4.0 and makes it possible to create an individual component library from your own CAD data: with kinematic systems, sensors, signals, material flow or physical behavior. For even more realistic behavior simulation.
KUKA.Sim Connectivity – commissioning on virtual models (virtual commissioning)
The Connectivity add-on enables simulation of the entire cell for virtual commissioning. KUKA now uses behavioral simulators such as WinMOD* and SIMIT* together with the following PLCs: Beckhoff TwinCAT, CodeSys, Siemens PLCSIM Advanced (*third-party software is not included in the scope of supply).
KUKA.Sim ArcWelding – simulation of welding applications
Speed up your offline programming for welding applications with this add-on that simulates the functions of ArcTech Basic. Approach positions or the optimum orientation of the robot for the welding process can be defined, for example.
KUKA.Sim is the intelligent simulation software package for saving time, increasing sales and improving competitiveness in a fast-moving market.
Fast, simple and efficient with KUKA.Sim
Thanks to an intuitive user interface as well as a multitude of different functions and modules, KUKA.Sim is the optimum solution for maximum efficiency in offline programming. The simple yet powerful KRL editor (KUKA Robot Language) provides two views: for experts and for beginners. A visual program tree makes programming possible even without KRL knowledge, for example. You can create optimum layouts for your production systems at an early stage of the project. Simply drag the smart components from the extensive library and drop them in the required position. Investigate alternatives and verify concepts with a minimum of effort. Since motion execution takes place in real time, cycle times can be calculated precisely. At the end, the simulations can be provided in a variety of formats for almost any device: from mobile to desktop applications, from 2D to 3D.
Experience robot simulations on mobile devices
KUKA.Sim enables you to enter the world of virtual reality. Using VR hardware (not included in the scope of supply), you can demonstrate your system concepts virtually – a highlight at any trade fair for your product presentations.
You can also easily display the simulation results on the go via the Mobile Viewer app on tablets or smartphones. Download the app from Google Play or the App Store.
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