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Program KUKA robots in KUKA Robot Language (KRL) inside Visual Components robot program editor. Transfer your projects directly to KUKA virtual controller (KUKA.OfficeLite) as well as physical controllers from Visual Components. Improve your virtual commissioning and validate your programs with more accurate cycle times, robot paths and collision detection.

Connect your simulations directly to ABB robots with ABB’s RobotStudio (virtual) or physical robot controllers to validate your programs with more accurate cycle times and robot paths. Remotely monitor the performance of your manufacturing systems accurately and communicate and collaborate with your peers and customers. Use our free-to-use post-processor to support more programming statements and seamlessly transfer your programs to the physical or virtual ABB robot controllers.

Connect your simulations with Fanuc robot controllers directly through Visual Components via Fanuc RoboGuide for visualizing digital twins and virtual commissioning use cases. Validate your programs with more accurate cycle times and robot paths. Remotely monitor the performance of your manufacturing systems with Fanuc robots and even use VR to collaborate and communicate your programs with your peers and customers.

Siemens S7 PLC Connectivity supports native connectivity to most physical and simulated Siemens PLCs, including older models. This native connection provides faster communication speeds with physical S7-1200 controllers and supports connection to S7- PLCSIM.

WinMOD and SIMIT connectivity plugins enable communications with several physical and virtual automation systems. Verify your PLC programs and robot kinematics by connecting with many vendor-specific controllers. SIMIT connectivity opens the door to the complete range of Siemens automation systems including PLCSIM Advanced, PLCSIM, Virtual Controllers, SIMIT UNIT and PLCs.

Quickly create and share designs by exporting them in the FBX format. Includes the ability to export skeletons and joint limits of your 3D objects.

Easily distinguish features of imported CAD files. Our 3D geometry engine analyzes any imported CAD model and provides well-structured data of geometry surfaces, curves, and curve loops. Use the topology API to develop your own robot path planning and teaching tools that take advantage of this feature.

Quickly teach and simulate paths of positions with robots. Edge and curve selection tools help you pick and edit robot paths with practical applications for robot welding, machine tending, paint, and water jet operations, sealing, and cutting.

Visualize the application of paint on surfaces and measure coat thickness, thereby reducing robot teach time and improving motion planning.

The Universal Robot connectivity plugin enables connecting to a Universal Robot controller and running a simulated robot with realistic movements. The Stäubli robot connection add-on supports creating/editing robot program positions and running them with a Stäubli CS8 and CS9 controller to verify program operation and cycle times.

Interact with your simulations in Virtual Reality. Collaborate better with your project stakeholders and increase your credibility with immersive presentations and training material.

Share your concepts and plans more effectively using custom HMIs in Visual Components 3D workspace and/or VC experience using streaming features and web viewer. Train your shop floor staff or involve your stakeholders for better investment and operational decisions.