Automate the programming, deployment and control of your industrial robots, from automotive to logistics applications. With any changes, such as geometry or robot locations, RapidPlan provides automated robot paths that remain collision-free, giving manufacturers highly-flexible, multipurpose workcells.
Together with Kawasaki Robotics, we've helped a major automotive manufacturer improve programming speed by 70%. This manufacturer reduced the pre-production engineering commissioning process and is looking to eliminate the time-consuming physical validation of robot paths.
Take RapidPlan for a whirl at one of our partner booths with Mitsubishi Electric (#1023) or Kawasaki Robotics (#2332). Start, stop or reset all or any individual robots; modify target allocation; change target order; and add or remove existing targets to the robot sequence.
From simulation and robot engineers to operators, work in a unified software program, automating processes and minimizing error. When you program one robot, our software accounts for the movement of all the others.
Easily train your team to recover from downtime or make workcell changes to free up your highly technical resources
Quickly toggle to sandbox mode to visually validate changes prior to implementing on the live floor
The combination of Kawasaki’s quality robots, advanced programming platform and Realtime Robotics software is an industry game changer, providing manufacturers from all industries with unprecedented flexibility, from automating programming of robotic motion and collision avoidance to the very design of the manufacturing floor. This is the future of automation
President / Kawasaki Robotics
Integrated technology partner
RapidPlan seamlessly integrates with Siemens Process Simulate. You can either create and package motion paths for all robots in Process Simulate or standalone RapidPlan. Save programming time in motion planning and interlocking using your existing technology stack.
Make your cell as simple or complex as you’d like, with live collision avoidance and monitoring from a centralized location. Cover more applications and use cases. Verified with up to 500Hz joint update rate.
Seamlessly switch tasks during runtime. Define workcell and robot states for quick process optimization on-the-fly. Preconfigured collision matrices speed up the cell configuration process, eliminating the need for manual programming. With a single command line edit, replace or support multiple end of arm tools with ease or complete geometry changes.
Visually define and easily configure targets for predictable robot motions with simplified connections. You now have the ability for group connections, reducing manual and repetitive steps.
Smoother movements guarantee aggressive collision-free shortcuts between all types of motions, giving you a more precise control over robot movements. A frequent outcome is better cycle time via better paths between points.
Access all motion planning capabilities independent of robot-brand specific programming with new API functions. Easily accommodate dynamic robot and workcell models, autonomously homing all robots.
Add moving or static obstacles for future tasks during runtime with dynamic scene modeling. Improve dynamic obstacle avoidance measurements and lower stress on pre-computed or pre-planned operations.