FLEXIV
ELEMENTS
Intuitive Drag-and-drop Graphical Programming Interface
What is Flexiv Elements?
Flexiv Elements is a robot programming and operating system based on the ‘primitives’ used by an adaptive robot. Featuring an intuitive drag-and-drop user interface, users can build complex robotic applications with no prior programming experience. Empowering operators, integrators, and developers in the general-purpose robotics ecosystem, Flexiv Elements makes the complex simple.
Key functions
Flowchart-based Programming
Drag and drop the primitives from the primitive list and connect the nodes in the canvas to create an ideal program workflow. Check out the primitive GIF to visualize and better understand how the robot will move when running this node.
Intuitive Trajectory Editing
In Trajectory Editor, create, edit, and preview robot trajectories that can later be used in the program with ease. Monitor the robot's real-time configuration in 3D view.
Visual Data Analytics
Replay the robot's operations and visualize the recorded data to troubleshoot problems, evaluate robot performance, and gain insights into fine-tuning the program.
Flexible Freedrive
Freedrive (hand-guide) the robot manually into desired positions and record these positions. Lock/unlock Cartesian/joint axes as needed.
Typical primitives
- Contact
- MoveL
- MoveC
- Polish
Making the complex simple
Graphical
The intuitive drag-and-drop user interface makes Flexiv Elements easy to learn and simple to operate.
Ready-To-Use
The customizable prebuilt programming modules enable programs to be created for complex tasks quickly and effectively.
Powerful
Powerful and fully integrated force control technology greatly simplifies the creation of programs for tasks that require precise motion and force control.
User-Friendly
The user-friendly interface designed for optimal ease of use allows beginners and experts alike to be in charge every step of the way.
Efficient
This plug-and-play system can be easily connected to different robots through Wi-Fi and disconnected from robots anytime for offline programming.