Exhibitor innovations

Eplan Copilot is Eplan’s first AI solution. It is integrated into the Eplan Platform and acts as a connecting element between the individual systems. It enables users to formulate tasks in natural language and thus operate the software intuitively. This means you no longer need to be familiar with every function – the AI simply makes them accessible. “We want to give users the best possible support in using and mastering our software for their tasks,” says Sebastian Seitz, CEO at Eplan.

The EticCUBE solution enables the outdoor installation of the RAS machine access boxes and the IPL VPN router. EticCUBE also allows the antenna to be positioned up to 100 meters away from the industrial process. The product comes with an integrated PoE splitter and antenna. A PoE injector is also included, allowing the device to be powered via the Ethernet cable.

Eureka Controller connects with robot arms, cameras, and other industrial devices, and enables them to create powerful Vision & Robotics applications. High Accuracy – High Agility (HAHA) technology is critical for robots to perform tasks that require high precision, down to 50 microns, while being able to adapt to uncertainties or changes in the environment. Key technical pillars of HAHA are AI-based Computer Vision, Motion Planning, High-Accuracy Calibration, and Force Control, which are all integral parts of the Eureka Controller. Eureka Robotics’ HAHA technology is already helping global companies profoundly transform their industries, such as Pratt & Whitney (USA) in Aerospace, Coherent (USA) in Optics, and Sumitomo Bakelite (Japan) in Semiconductors. More than 15 million HAHA operations have already been powered by Eureka Controllers in production across factories worldwide. Key Technologies: Eureka Grasp Grasp and pick items with human-like dexterity and adaptability without the need for teaching and registration of the items. Deep-Learning Vision Defect detection, Anomaly detection, OCR, Out-of-Box detection for scratches and defects. High-Accuracy Calibration End to end calibration using all devices. Motion Planning Auto trajectories, Collision avoidance, Trajectory transformations, Multi-robot control, Real-time online motion planning. Robust Force Control Precise control using standard devices and off-the-shelf force sensor.

Eureka Controller connects with robot arms, cameras, and other industrial devices, and enables them to create powerful Vision & Robotics applications. High Accuracy – High Agility (HAHA) technology is critical for robots to perform tasks that require high precision, down to 50 microns, while being able to adapt to uncertainties or changes in the environment. Key technical pillars of HAHA are AI-based Computer Vision, Motion Planning, High-Accuracy Calibration, and Force Control, which are all integral parts of the Eureka Controller. Eureka Robotics’ HAHA technology is already helping global companies profoundly transform their industries, such as Pratt & Whitney (USA) in Aerospace, Coherent (USA) in Optics, and Sumitomo Bakelite (Japan) in Semiconductors. More than 15 million HAHA operations have already been powered by Eureka Controllers in production across factories worldwide. Key Technologies: Eureka Grasp Grasp and pick items with human-like dexterity and adaptability without the need for teaching and registration of the items. Deep-Learning Vision Defect detection, Anomaly detection, OCR, Out-of-Box detection for scratches and defects. High-Accuracy Calibration End to end calibration using all devices. Motion Planning Auto trajectories, Collision avoidance, Trajectory transformations, Multi-robot control, Real-time online motion planning. Robust Force Control Precise control using standard devices and off-the-shelf force sensor.

Eureka Controller connects with robot arms, cameras, and other industrial devices, and enables them to create powerful Vision & Robotics applications. High Accuracy – High Agility (HAHA) technology is critical for robots to perform tasks that require high precision, down to 50 microns, while being able to adapt to uncertainties or changes in the environment. Key technical pillars of HAHA are AI-based Computer Vision, Motion Planning, High-Accuracy Calibration, and Force Control, which are all integral parts of the Eureka Controller. Eureka Robotics’ HAHA technology is already helping global companies profoundly transform their industries, such as Pratt & Whitney (USA) in Aerospace, Coherent (USA) in Optics, and Sumitomo Bakelite (Japan) in Semiconductors. More than 15 million HAHA operations have already been powered by Eureka Controllers in production across factories worldwide. Key Technologies: Eureka Grasp Grasp and pick items with human-like dexterity and adaptability without the need for teaching and registration of the items. Deep-Learning Vision Defect detection, Anomaly detection, OCR, Out-of-Box detection for scratches and defects. High-Accuracy Calibration End to end calibration using all devices. Motion Planning Auto trajectories, Collision avoidance, Trajectory transformations, Multi-robot control, Real-time online motion planning. Robust Force Control Precise control using standard devices and off-the-shelf force sensor.

Eureka Controller connects with robot arms, cameras, and other industrial devices, and enables them to create powerful Vision & Robotics applications. High Accuracy – High Agility (HAHA) technology is critical for robots to perform tasks that require high precision, down to 50 microns, while being able to adapt to uncertainties or changes in the environment. Key technical pillars of HAHA are AI-based Computer Vision, Motion Planning, High-Accuracy Calibration, and Force Control, which are all integral parts of the Eureka Controller. Eureka Robotics’ HAHA technology is already helping global companies profoundly transform their industries, such as Pratt & Whitney (USA) in Aerospace, Coherent (USA) in Optics, and Sumitomo Bakelite (Japan) in Semiconductors. More than 15 million HAHA operations have already been powered by Eureka Controllers in production across factories worldwide. Key Technologies: Eureka Grasp Grasp and pick items with human-like dexterity and adaptability without the need for teaching and registration of the items. Deep-Learning Vision Defect detection, Anomaly detection, OCR, Out-of-Box detection for scratches and defects. High-Accuracy Calibration End to end calibration using all devices. Motion Planning Auto trajectories, Collision avoidance, Trajectory transformations, Multi-robot control, Real-time online motion planning. Robust Force Control Precise control using standard devices and off-the-shelf force sensor.

Composed of a powerful compact controller and a high-resolution camera, the intuitive EYE+ smart control system integrates AI-based algorithms to optimize the performance of your Asycube flexible feeder. EYE+ manages all components of your application including the robot via the EYE+ Studio web-based interface. Thanks to a large number of ready-to-use plugins for robots and feldbuses such as EtherNet/IP, EtherCAT and PROFINET, you can easily integrate EYE+ into any automation machine.

Composed of a powerful compact controller and a high-resolution camera, the intuitive EYE+ smart control system integrates AI-based algorithms to optimize the performance of your Asycube flexible feeder. EYE+ manages all components of your application including the robot via the EYE+ Studio web-based interface. Thanks to a large number of ready-to-use plugins for robots and feldbuses such as EtherNet/IP, EtherCAT and PROFINET, you can easily integrate EYE+ into any automation machine.

Composed of a powerful compact controller and a high-resolution camera, the intuitive EYE+ smart control system integrates AI-based algorithms to optimize the performance of your Asycube flexible feeder. EYE+ manages all components of your application including the robot via the EYE+ Studio web-based interface. Thanks to a large number of ready-to-use plugins for robots and feldbuses such as EtherNet/IP, EtherCAT and PROFINET, you can easily integrate EYE+ into any automation machine.

Composed of a powerful compact controller and a high-resolution camera, the intuitive EYE+ smart control system integrates AI-based algorithms to optimize the performance of your Asycube flexible feeder. EYE+ manages all components of your application including the robot via the EYE+ Studio web-based interface. Thanks to a large number of ready-to-use plugins for robots and feldbuses such as EtherNet/IP, EtherCAT and PROFINET, you can easily integrate EYE+ into any automation machine.

Composed of a powerful compact controller and a high-resolution camera, the intuitive EYE+ smart control system integrates AI-based algorithms to optimize the performance of your Asycube flexible feeder. EYE+ manages all components of your application including the robot via the EYE+ Studio web-based interface. Thanks to a large number of ready-to-use plugins for robots and feldbuses such as EtherNet/IP, EtherCAT and PROFINET, you can easily integrate EYE+ into any automation machine.

Composed of a powerful compact controller and a high-resolution camera, the intuitive EYE+ smart control system integrates AI-based algorithms to optimize the performance of your Asycube flexible feeder. EYE+ manages all components of your application including the robot via the EYE+ Studio web-based interface. Thanks to a large number of ready-to-use plugins for robots and feldbuses such as EtherNet/IP, EtherCAT and PROFINET, you can easily integrate EYE+ into any automation machine.

Composed of a powerful compact controller and a high-resolution camera, the intuitive EYE+ smart control system integrates AI-based algorithms to optimize the performance of your Asycube flexible feeder. EYE+ manages all components of your application including the robot via the EYE+ Studio web-based interface. Thanks to a large number of ready-to-use plugins for robots and feldbuses such as EtherNet/IP, EtherCAT and PROFINET, you can easily integrate EYE+ into any automation machine.

Composed of a powerful compact controller and a high-resolution camera, the intuitive EYE+ smart control system integrates AI-based algorithms to optimize the performance of your Asycube flexible feeder. EYE+ manages all components of your application including the robot via the EYE+ Studio web-based interface. Thanks to a large number of ready-to-use plugins for robots and feldbuses such as EtherNet/IP, EtherCAT and PROFINET, you can easily integrate EYE+ into any automation machine.

EyeVision is image processing software for all areas of industrial image processing. No programming knowledge is required for operation, since parameterization is carried out via drag and drop. The software supports all common cameras and is almost independent of the operating system. It can also be installed on smart cameras and Raspberry systems. More than 350 function tools enable the realization of all image processing tasks and where classic image processing reaches its limits, the identical software can be used to access AI or deep learning.