Sereact provides robots with both visual and motor skills. This allows them to perceive their environment and generate intelligent strategies to physically manipulate objects.
Highly efficient AI predictions.
Significantly accelerated motion planning and collision avoidance.
Excellent robot performance with a speed of under 2 seconds per pick
Detailed perception and analysis of the situation and objects.
Independently finding suitable solution strategies, even for unknown problems.
With our unique approach, we combine the advanced capabilities of our AI technology with an unparalleled user experience.
PickGPT combines the power of Large Language Models with Sereact’s computer vision models. The transformer model allows users to give instructions and feedback to robots through speech or text, making robot operation an intuitive task for all your employees regardless prior knowledge.
Learn moreNatural communication between human operators and robots and seamless interfacing with Warehouse Management Systems.
Real-time object identification based on visual appearance and interpretation of textual information like product titles or descriptions.
Detection of anomalies and sorting out of damaged articles, as an additional quality assurance measure.
With Sereact, your robots are fully operational from day one, but continuously optimize their performance during use based on real-world data.
The software is underpinned by a powerful simulation environment that trains the robot arm to understand the spatial and physical nuances of any potential real-world setting. As a result, the robot is immediately fully operational and can reliably pick any object - without further training or teach-in.
After deployment, the system uses real-world data to continuously optimize pick performance. In this way, the most promising manipulation strategies or object-gripper matches can be determined for each pick situation.
Sereact is compatible with various hardware components. Therefore, we can compose a system that is perfectly tailored to your specific use case.
Thanks to the proprietary robotics framework, Sereact AI software can easily control a wide range of robots. We offer solutions for industrial robots such as ABB, Yaskawa or Kuka, which have high robustness and picking speed. On the other hand, collaborative robots such as UR or Fanuc are suitable for workspaces shared by man and machine.
Depending on the pick objects, different grippers may be required. The Sereact AI software can not only control all common gripper types, but also calculate optimal object-gripper matches. The portfolio includes, for example, various suction grippers, two-finger grippers or needle grippers. In addition, it is possible to switch between the gripper types using gripper changing systems or hybrid grippers.
Our software can be extended with barcode scanning as a quality assurance measure. On the one hand, this can ensure that the correct goods have been processed, but upstream steps can also be checked in this way. Since the picking process should maintain efficiency, code recognition must also occur at high speeds during web movements. With inline scanning, several scanners are combined with suitable robot poses to scan objects 'on the fly' without losing time.