While OfficeLite acts as the brain (the controller), WorkVisual serves as your development desktop.
Pairing it with WorkVisual creates a powerful ecosystem that bridges the gap between theoretical classroom learning and practical factory application—all from the comfort of your own laptop.
Input the evaluation trial key provided by KUKA to activate your trial period. Pair OfficeLite with KUKA.WorkVisual
If you are looking for a way to bridge the gap between "I want to learn KUKA programming" and "I don't have $100,000 for a robot," the KUKA.OfficeLite
INI PTP HOME Vel=100% DEFAULT ; Move to approach point PTP P1 Vel=100% PDAT1 Direct ; Move linearly to work point LIN P2 Vel=2 m/s CPDAT1 Use code with caution. 4. Run the Code kuka officelite trial
Catch compilation errors, typos, and logic faults before deploying code to production.
You can create a free basic account on KUKA Xpert.
While OfficeLite handles the code logic and controller behavior, provides the 3D visual environment. Connecting your OfficeLite trial instance to KUKA.Sim allows you to see the virtual robot move in 3D space. This combination lets you accurately check for physical collisions, reachability issues, and precise cycle times. PLC and HMI Communication Testing
Note that account verification for the marketplace can take a few days, so plan your trial period accordingly. AQUADISCOVERY Key Features of OfficeLite While OfficeLite acts as the brain (the controller),
trial is the closest you’ll get to the real deal. It isn't just a generic simulator; it is the KUKA System Software (KSS)
To download any official KUKA software or documentation, you must create a free account on the my.KUKA portal. Registration requires a valid business or institutional email address. Step 2: Navigate to the Marketplace / Download Center
However, it is equally important to understand its limitations. Since it is a virtual controller, there is no hardware to connect to peripheral devices. This means you cannot use fieldbuses like PROFINET or EtherNet/IP. Instead, communication with external systems is facilitated through alternative protocols like EthernetKRL or OPC UA, which are widely used for integrating simulation environments with external software or even other physical PLCs. Furthermore, OfficeLite on its own does not provide a 3D visual simulation of the robot's physical movements. It calculates and displays position values (like axis angles and Cartesian coordinates), but for collision detection and 3D visualization, it must be paired with KUKA.Sim Pro.
If you are using a floating license from a company server, you can "borrow" it for up to for offline use using the lmtools.exe utility found in C:\KRC\UTIL\FLEXLM within the VM. 3. Creating & Running Programs Pair OfficeLite with KUKA
. While KUKA.OfficeLite is a standalone product, it is frequently explored alongside , which offers a direct trial download through the my.KUKA portal Functionality:
Most simulation tools take a mathematical guess at how a robot moves. OfficeLite uses the actual compiled KUKA system software. The logic, the interrupts, the $OUT signals, and even the motion planning are identical to what runs on the factory floor.
KUKA OfficeLite is the underlying virtual brain (the controller software) that executes KRL programming logic. KUKA.Sim is a 3D visualization and CAD environment. Used together, OfficeLite drives the movements that KUKA.Sim visually renders.
Instead of halting factory production to program a new path, engineers use OfficeLite to write code offline. You can define tool center points (TCPs), create base coordinate systems, and map out complex pick-and-place matrix logic. Learning KRL (KUKA Robot Language)