About adaptive robots
An adaptive robot seamlessly fuses industrial-grade force control with advanced artificial intelligence. This integration has allowed us to create a cutting-edge robotic platform that can efficiently automate difficult or time-consuming tasks, freeing up valuable time and resources for your business.
Assisted by force control and visual perception, our robots are designed with hand-eye coordination capability, allowing them to accomplish tasks in much the same way a human would, with robustness against position errors, external disturbances and unprecedented versatility.
Tolerance to position errors
Position errors can often arise from a variety of factors such as geometric tolerances of workpieces and their fixtures, deformation, and limitations in calibration accuracy. However, our adaptive robot has the unique capability to accommodate all of these errorswhile still accomplishing the programmed task.
Disturbance rejection
In any industrial environment, vibrations are a common occurrence that can originate from a variety of sources such as robot fixtures, mobile bases, and even end-of-arm tooling. These vibrations can cause damage to workpieces and reduce the lifetime of the robot itself. However, with advanced force control technology, an adaptive robot is able to actively compensate for disturbances and maintain stability and precision even in the presence of high levels of vibration.
Transferable intelligence
Adaptive robots learn from the tasks and seamlessly apply the learned skills to the new tasks, allowing for faster deployment with reduced downtime.
Why choose an adaptive robot?
Automate more tasks
Carry out human-like hand-eye coordination tasks.
Complete complex tasks faster and more efficiently.
Seamlessly switch between tasks.
Increase manufacturing flexibility
Change workpieces on an on-demand basis.
Increase production rate for high-mix, low-volume manufacturing.
Easily avoid interference when reconfiguring production lines, with multiple axes of movement.
Reduce cost
Minimize error rate with unmatched precision.
Design solutions with minimal support structures.
Lower the overall deployment and maintenance costs.
