Welcome to ECHORD – the European Clearing House for Open Robotics Development
For the first time: Brochure for Robotic Equipment from European Companies
We are very proud to announce that ECHORD published a detailed brochure which presents the most up to date robotic equipment from European companies and manufacturers. For the first time, research institutions that are looking for the appropriate products in order to carry out their research, now have a comprehensive overview of the most important European companies and their robotic equipment. This brochure can be ordered by sending an email to echord@in.tum.de. You can also find it under the section "Publication and Media" of the website.
ECHORD Questionnaire: Industry-Academia Collaborations
In our efforts to strengthen academia-industry collaborations, we have developed a questionnaire comprising 35 quick questions on knowledge transfer and related issues. The questionnaire comes in two flavors, one for academic and one for industrial institutions, so please choose the appropriate one:
Questionnaire for INDUSTRIAL labs
Questionnaire for ACADEMIC labs
We will be happy to share the results with you, if you provide us with an email address at the end of the questionnaire.
Many thanks for participating!
New ECHORD Experiment Brochure
In order to provide an overview of all 51 ECHORD experiments, the ECHORD team at TUM published an experiment brochure. It demonstrates the wealth of research conducted under the umbrella of ECHORD. You can access the brochure directly under the section “Publications and Media” or order a printed version by sending an email to echord@in.tum.de. With the ongoing process of the experiments the brochure will be updated after the third amendment.
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Lab Tour
Seneca once said: "Travel and change of place impart new vigor to the mind." Click here to find out more about ECHORD's international lab tours to Asia and America.
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INSEWING
Development of a robotic manipulator of human tubular tissues for suture and support in anastomosis surgery interventions
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EXECELL
Experimental Evaluation of Advanced Sensor-Based Supervision and Work Cell Integration Strategies


ALEXA
An advanced light-weight robot arm for flexible and mobile applications in hyper-flexible cells
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ContainerBot
Stochastic impact-triggered mobile manipulation for fast cycle time unloading of variable-sized boxes ...
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C-KOMPAï
Providing Cognitive capabilities to the KOMPAï Robot with the addition of a Cognitive Brain


































