NAME Robot mugikor manipuladorea, konektatua , objektuen garraio malgurako eta makinen zerbitzurako industria adimendunerako.

DESCRIPTION

Robot mugikor autonomoa eta robot kolaboratiboa industria adimendunerako diseinatutako irtenbide aurreratua da. Sistema honek mugikortasun autonomoa eta lankidetzarako gaitasuna konbinatzen ditu, ingurune industrialetan objektuen garraio malgu eta eraginkorra ahalbidetuz. Aurrerapen teknologikoekin hornituta, robot honek prozesuen optimizazioa, kostu operatiboen murrizketa eta lanpostuko segurtasunaren hobekuntza bermatzen ditu.

FIELDS OF APPLICATION

Advanced manipulation with robots

Flexibility for robotic applications

Internal logistics with mobile robots

Manufacture and assembly of components by robots

Quality control with robots

MOST OUTSTANDING EQUIPMENT AND COMPONENTS

  • 2D and 3D Lidar

    Sensing and ranging technology that helps the robot map its environment and avoid obstacles.

    Provides a three-dimensional view of the environment, enhancing the robot's accuracy and responsiveness. This is a system used for the precise positioning of the robot within the environment.

  • 5G communication with teleoperation capability and Fleet manager

    The integration of 5G technology allows for ultra-fast communication and low latency between the robot and control systems. This facilitates the teleoperation of the robot, enabling operators to control and monitor the robot's operations in real-time from remote locations. Teleoperation is especially useful in hazardous or inaccessible environments, improving safety and operational efficiency.
    Dedicated software for the orchestration and coordination of more than one C2M2, interoperable among different manufacturers.

  • Mobile Robot

    The core of the system that enables autonomous and safe movement within industrial facilities.

  • Photoneo

    Advanced vision system that allows for rapid image capture and processing for more efficient manipulation. It includes a CAD-based bin picking system that can be mounted on multiple robotic arms, whether industrial or collaborative.

  • UR10e Robotic Arm

    Collaborative robotic arm that can be integrated into the mobile robot to perform complex and precise manipulation tasks. This arm is ideal for applications requiring high repeatability and flexibility in industrial environments.

SERVICES OFFERED BY THE ASSET

C2M2 communication with machine

Research and deployment of a communication architecture to coordinate the work of the collaborative mobile robot with the machine being serviced for machine tending.

Cloud-based data monitoring and analysis.

Deployment of a database and dashboard to monitor, collect, and analyze information from both the robot and the process.

Feasibility study, testing, and analysis of results in the transportation of parts using autonomous mobile robots.

Evaluation of scenarios and real needs to automate them fully or partially through a mobile manipulator robot.

Fleet orchestration

Fleet orchestration

Integration of robotic arms and AMR/AGVs

Given a robotic arm and a mobile robot (AMR or AGV), from the same or different manufacturers, integration of these two components through a PLC and/or industrial PC.

Operator HMI

Research and deployment of human-robot interaction paradigms

Research in mobile and collaborative robot programming.

Research and development of new functionalities beyond a mere pick'n place task, such as force control, polishing, and material application, both autonomously and in cooperation with a human.

ENTITY MANAGING THE ASSET

CEIT
Contact person:
Emilio Sanchez
esanchez@ceit.es