A “future with robots” realized with ROBO CROSS
The robotics business of Kawasaki Heavy Industries has proposed automation and labor-saving solutions mainly for the manufacturing industry. On the other hand, there are still many social issues in the world. How can robots help to solve these social problems?
Kawasaki will cooperate with companies that are familiar with various issues and will work to expand the scope of robot utilization and to contribute to the solution of social issues through the utilization of the data collected by robots. The platform concept to realize this is the Kawasaki Robot Digital Platform, ROBO CROSS.
“An open development environment for the efficient creation of robot systems” , “A data utilization base to create value from the data collected by robots” It is a platform with two functions.
Sharing of reference data for robots, peripheral equipment, and system design
Constructions of robot systems in digital space and perform verification under various conditions
Download of the data after the virtual commissioning to the actual machine to shorten the time for start-up adjustments
We provide an environment where various data related to robots can be shared, and robot systems can be developed efficiently in the digital space. We will prepare convenient functions to make it possible for the systems developed here to be transferred without alteration to the actual machine.
Each partner develops an application in their area of expertise, and the resulting technology (software and hardware) is accumulated on the platform.
The mechanism is such that the more partners there are that participate in this platform, the stronger it becomes.
If a robot becomes a sensor and collects data, we hope that not only will this make it possible to improve robot systems and the processes before and after them, but also to go on to create new original value for our users.
Kawasaki has launched a number of initiatives to make a robot digital platform a reality.
To facilitate the connection between robots and peripheral equipment, we collaborate with equipment manufacturers to provide manuals, software and application examples.
This is a tool to create a robot teaching program and check its operation in a simulation environment on a PC. This can shorten the time required for robot teaching in the field.
An accurate and economical maintenance package that consistently implements inspections, management, analysis, proposals, and maintenance for zero downtime. We propose the optimal maintenance plan for the robot operation, and contribute to minimize the lifecycle costs.