Kineo CAM Delivers Teachingless Robotic Systems.
Performing numerous different tasks with the same flexible robot is becoming possible with teachingless solutions; opening new fields of use where programming the robot was economically not viable.
aCoupling hardware sensors to our automatic path planner software creates the bridge between virtual and real environments; robot motion is computed in the virtual representation of the real world and executed in this later without programminga says Laurent Maniscalco, Kineo CAMas CEO; aas of today five of our customers have already or are currently developing teachingless robotic systems in the following fields: programming-less structural steel welding in North America, electronic assembly in Japan, automated part sorting in Germany, aircraft structure assembly control in Francea.
Kineo CAM proposes a set of libraries to make industrial robots more autonomous, flexible and easy-to-use, extending the use of industrial robots to non-robotic experts for flexible tasks.
The software component named KineoWorksTM can be used offline within a dedicated system that will automatically compute the robot program before sending it to the shop floor. The automation of the programming permits quick reconfigurations of the robotic cell in a flexible manufacturing paradigm.
It can also be used online. Embedded on the system controlling the robot and coupled with a perception system (LIDAR, Structured light 3D scanner, computer vision...) and/or a Digital Mockup, it can automatically plan collision-free motion, control its execution, react to unexpected obstacles (moving object, worker, obstructed obstacle) and re-plan a detour on-the-fly. This is what we call reactive path planning:
A preliminary scanning of the environment allows planning an initial trajectory. Once the robot starts to execute the motion, KineoWorksTM continues to analyze the captured data as it comes in order to anticipate potential collisions. A continuous process tries to keep the obstacles away by deforming the trajectory. When the deformation fails, a new path planning is launched on-the-fly in parallel and without interrupting the ongoing motion.
Thanks to reactive and fast path planning, the robot can autonomously move in an unknown environment. In particular a project funded by the French government uses KineoWorksTM embedded into a UGV to explore unknown or anot well knowna installations, such as a plant damaged by a natural disaster like an earthquake.
About Kineo CAM
Kineo Computer Aided Motion <http://www.kineocam.com/> aKineo CAMa is the independent software developer of the worldwide leading technology for automatic motion and path planning, KineoWorksacents.
Specialized in the development of advanced solutions, Kineo CAM provides business solutions to large companies and organizations in the United States, Europe and Japan.
The main market of Kineo CAM is Mechanical Computer-Aided Design and Manufacturing. In this area, the large range of solutions, from stand-alone to fully integrated software, enables users to save money, shorten development time and increase quality in Product Design (validation of mechanical mounting/dismounting) and Process (simulation of operations in cluttered 3D environments).
Kineo CAM is the winner of the national contest of innovation from the Ministry of Research and Technology (2000), received the IEEE/IFR Innovation Award for Outstanding Achievements in Commercializing Innovative Robot and Automation technology (2005), winner of the 2007 Innovation ICT Prize from the European Commission and the European Council of Applied Sciences, Technologies & Engineering, and the regional Midi-PyrA[c]nA[c]es Innovation and International award. Kineo CAM was awarded by Daratech, the title of emerging technology at the Daratech SUMMIT2006 with eight other innovative American companies.
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